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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0432500 |
| Transcript ID | LotjaGi1g1v0432500.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phospholipase D; TAIR: AT4G35790.2 phospholipase D delta; Swiss-Prot: sp|Q9C5Y0|PLDD1_ARATH Phospholipase D delta; TrEMBL-Plants: tr|I1JSY8|I1JSY8_SOYBN Phospholipase D; Found in the gene: LotjaGi1g1v0432500 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:92740621..92748506) extracted from Lotus japonicus Gifu genome v1.2.
CCAAGATCCAAAAAGGAAAAAAAGTGCCAAAGTGTCCAACCTGAAAAACTTAAAGCTGTAATAAACACACGGACAGGACA CACCATGTTCTCTTTCAAACACGCGTTCATGTGCTCAAAAATAGACAGACACCAATACCAACGGAACGTGGCCATTACCT CTACCTTTTCTTTCCCGCTACCCAGCGTAACCACATTTTCTATTTCTATTTCTTTTTCTTTTCAACTCCACCACCATACT CTTATTTATTACATTTCCACCCCCATTTCCACCGGGAAACGTGCGTCTCACGTGTCTGACATCCACTTTCGCCGCCGGAG ATTTCAACATTCATGGTGGAAACAATGCTGTAAACGTCGGTAACGACGATCTCTGTGATAGTGAGAGCGTTTGCGCTTCG CATTCTTCAACATTCAACGCTCCCTATCACACTTTTTCCTTCCTCTCTGCAAATCTTCCACAATGCCGAATAAATCTGAA TACGCTGTCTTCCTTCACGGCAATCTCGACGTGAAGGTCATGGAAGCTCGGTTTCTTCCCAACATGGACATGCTCTCGGA GCGTGTTCGGAGAATCTTCTCCGCTCTCAACTCCTGCAGCGCTTCCATGGCGGGAAAGGGAAACCACAGCCATCCACGTC ACCGCCACCATAAGATCATCACCAGCGACCCTTACGTCACCGTCTGCCTCGCCGGCGCCACGGTGGCGCGAACCCGCGTC ATCCCGAATTCCCAGAGCCCAACGTGGAACGAGCATTTCAATATTCCTCTGGCTCACCCTGTCACGCAGATTGAGTTCTA TGTTAAGGATAATGACATGTTCGGCGCGGATTTGATCGGAATCGCAACCGTCTCCGCCGCGAGGATCTTGTCCGGGGAAG TAATCAGCGATTGGTTTCCGATTATAGGAACGTTCGGGAAGCCTCCGAAACCCGATTGCGCGGTTAGGCTGGAGTTGAAA TTCACCAGATGTGAAGATAGTCCTCTGTTCCGGTCCGGCGTTGACCCGGATCCGGACCGGTTTGTTGTGCGGGATTCGTA TTTTCCGGTTCGGCGTGGAGGGTCGGTGACGCTGTATCAGGACGCGCACGTGCCGGAGGCGATGTTGCCGGAGATTGAGT TGGAAGATGGGGTGGAGTTTCAGCAAGGGAAGTGCTGGGAAGATATCTGTCATGCCATTTTGGAAGCTCATCATTTGGTG TATATTGTGGGTTGGTCTATCTTTCATAAGGTGAAGCTTGTTAGAGAACCTAGCAAGCCTTTACCTAGTGGTGGGAATTT GAACCTGGGGGAGTTGCTCAAGTATAAGTCACAAGAAGGTTTGAGAGTTTTGCTTTTGGTTTGGGATGATAAGACTTCTC ACAGCAAATTTTTCATTAACACGGTACTTTTGTCGGTTTCCATGAATTAGTTTCTTCTTTAATTTGTTCTTGTCAATTGT CATGATGATATACACATTTTCCTTGGCTTGATGAGATGATACCAAACATTTATTAACATTGAATATCAATCTAGTTCTAG ATACCTGGTGACAGATTCCAATTCAAGTTATAATGTTAGCTTTCTGATTTTTAAAATTACAATTTGTTGGCACATGGCTT CATATTTCTGATATAGACTTCTAATAATTCTGCATTGAGTTTTTGCTGCCTTCATTTTAATGCTATTGAGTTTTGTACAT GCAAGTTGCTTGGGCAGAGATAATGGTTTGGGTTGGGCATGCATATTACTTTGTCTGGCATTCTGCCCTGTTTTATATGG TGTTTTAAATAGTTTTTTACAACCTTACAAGTTAATAATTTGGTTGCAGCCGGGATTGATGCAAACTCACGATGAAGAAA CTCGAAAGTTTTTCAAGCATTCTTCAGTTACATGTGTGCTGTCACCTCGATATGCCAGCAGTAAGCTTAGCATTTTCAAG CAGCAGGCATGCTTTATGCTATGGTTTAGTAACTTTCCCAGATTTGTCATTTTTCCATACTTTCATAATATCACTCTATT TTAATATATGGATGGAATGGGTACTCTCATATGAGATTTTCACATGCATAGGATACTTTTTTCATATGAGAAGATCATGC TAAAATCTAATATGATAGGAGCTATTCTTCTGAACAGGATAAACTTCCTTGAATCTTTCCATTGATGTTGTTAAAATATC TGAAAAATATCTCATAATATATGGGTAGTATCTTAAAATAATTTAGAGTATCCTAGATTATGCTAAGGATCAATTGTCAG ATTTCATAATTTGTTTTGTTAATTACTAAGAATTAGAGCTGAGTGGTTAGTATTTGGTATGACAATTTCAGAACATGTCA TATCAAATTAAACAAGAGAATATTTTCATCTTCCTATGTACCTAAACTAAATCCCTATAGTTTCAAAAGATGCTTTACTG AACTGTGGCATCTAAATTTGTATGGTCCAAACTACATTCTTGAAGTGAGTATACTATTTCTCCAACTGTTGAAAAAAAAT TGGTAATTGATTATTATGAATCTCAGCAGGGATTTTCTAATAGAAGATTATTGTGCTTTTAATAAATTGGAAAACCTATT GACTATACTATTTGGAACCATTCTTCAGGTTGTTGGAACGCTTTTTACGCATCATCAGAAATGTGTGATTGTTGATACTC AGGCAAATGGCAACAATCGGAAGATTACTGCATTTATAGGTGGTCTAGATCTTTGTGATGGCCGGTATGATACGCCTGAG CATAGAATTTTCCGAGATCTTGACACTGTTTTTCAGGATGATTATCATAATCCCACATTTTCTGTAAGTTCATAACATTC CAAACTTGCAATCATTATGACCTTTTCTTTACATCATGACATGTTTCTGTTTCCTTCTCCAAGAAGCAAAAGTAGAGGTC TTTTTCTTAGATGAGGTTAATTATTAACCACATGTTCCTCTTTAGCTTATGATAGTGATTTCTTGGTTTAAGTCTTAATA TCCAAACAGGCATTGTTTTAGCGTATGTATAAGTTGACATGTTAAAGTAAAAACAGAACTTCCATGCCACCCTTCCACTT AATCAGCAAGTTTGACATGTTGTGTTTGAAATCCAGCAGTGTTATTGATACTTCACATCTAGTAACTTCATGAACATAAA TTGCTGTCCAAGTTTTGTTTGATACTGAGATTGAGATCGTCAGTGCACTCTTACCAAGTGAAATTCTTTCATGTTCATTT TAATTATAGGCAGGAACCAAGGGTCCAAGACAACCATGGCATGATTTACATTGCAGAATTGAAGGCCCTGCTGCATATGA TATACTCACTAATTTTGAGCAGCGCTGGAGAAAAGCCACAAAATGGCATGAGTTGAGTCAAAAATTCAAGAGAGTATCTC ACTGGCATGATGATTCTTTGATTAAGTTAGATCGCATCTCTTGGATTCTTAGTCCCTCTGAATCAATTGCAAAGGATGGT CCTGAATTATGGGTTTCAGAGGAGGATGACCCCGAAAATTGGCATGTTCAGGTTCACTATCTTCAAAGTATAGCTTCTGT TTGCTTGTTTTTTTATCAGCAGAGAACTTGTTTACTTATAATTTTGTACATGTTCTTTGACAGGTTTTCCGATCCATAGA TTCTGGCTCTTTGAAAGGATTTCCTAAGGATGTACTTGAAGCTGAGGCTCAGGTAAACTTTAATCCAATATGGAGTTATC CTATAGTTAATGTTTATAGAATCTTTCAGTTTTGGATTTGTGTTCCCTGCCATCAGAGCAATCATGAATTCACACATTAA AATTTAAAATAACTTTAGCCGTTCGAATTAGACGACTTATATATTCCAAGATGTAACAGCTTAATAAACTCAATATATGA GTTGTCCGATCTTTTGATTAAACAACTCAAATTCATTACCTATGTGAATTTAGGATTTCCACGATTGCGGGGAATCTAAA TCCTTAGGTTTTCTTGTCTTACTAATTTCCATTTTATTGTCATTCATTGCAGAATCTTGTTTGTGCGAAAAATTTGGTCG TAGACAAGAGTATTCAAACAGCGTACATACATGCCATCAGATCTGCTCAGCATTTTATTTATATTGAGAATCAATATTTC ATTGGTTCATCCTTTGCTTGGCCATCTTACAAAGATACAGGTTTTGGCAGAACATTGATGTTTCCTCATGTAACTTGTTG CATGATTGCTCATAAATTCTCTATAAGTCCCTATGACTAGTTTTAGCATTTTACAGACGTTTTTTTCACTTCTACCTCAG AATATTACTACAGAATATTGCAGTGCTTGCAATACCATGCTCTTTTGCTTACATAGTGTAAATCGATCAACTGCTTAGTA CAAATGATAAATGACAAATCTGGCTCGAAATATATGTTGTGTTATGATTGTGTAGCCTCAATATCTATATCATTTGAAAT ATTGATTCTCTTTCATTACTTTTCCTGCGCATAGGGGGATAAACAAGACTTGGTTGTGTTAAGCATTCACTGATATTTTT ATCAATTTTTCATGTTAACATTTTCTAGTTGTCTAATTTTCAATTATATTATCAGGTGCTGATAACTTAATTCCTATTGA GCTGGCACTGAAGATAGTTAGCAAGATAAGATCCAAGGAGAGATTTACAGTTTACATTGTCATCCCAATGTGGCCTGAAG GTGCCCCTTCTTCCGCCGCTGTGCAAGAGATTCTCTTTTGGCAGGTATTATAGCACAAAAATACGTAGCTAGCATAGCAT ATAAATTTTCAAATAGTTAGATAATTTGTTCGTCAACCAATTGCAGTTTTGGTGCTTACTATTCATATTTTCAGGGACAA ACTATGCAAATGATGTACGAAATCATAGCTCGGGAGTTAAAATCTATGCACCTTTACAACAGCCATCCGCAAGATTACCT CAATTTTTACTGTCTTGGAAACAGAGAGAAATTGATAACTGAAGTTTCAAGCTCATATAGTTCCCCTTCAGAAAACGTCG ACACGGTAATCATTCATAGCATGTTTTGAACAATCCTTCTTTTCTCAGAAATCAATTATGGCACCCAAAGCTACTCACAG AAGCTCTCCATATAATTTGATTTGAACTTTCAAAATAGTAGAAGGATTTTCAAACATTCACTCAATATTTTCCTTCCTTT GGTGCATTATTAATGGAATGGATCAATGAACTTGCAATTGAAAATATGTTAGAACAGTAAAGCTCACATGTTATGTAAGT GGCCCCTGCTATTGCTACATTCCCCAAGACTACTTGAGTGTGAAACTGTGAATGTGAAGTAATGGTCGATCTACTTGTTG GTAGATATGTAACTCAGGGTTGATATTATTATTTTGTGCTGATGGCATGAGGTTAACATTTTCTTCAATGATCATCAGGT TTCAGCTTCACAAAAGTTCCAAAGGTTTATGATTTATGTACATGCCAAGGGAATGGTTGTGGATGATGAATATGTGATAG TTGGGTCTGCCAATATCAACCAAAGATCTTTGGCTGGTTCAAGAGATACTGAGATAGCAATGGGTGCATATCAACCCCAC CATACGTGGAGTAAGAAAAAGGGACATCCACATGGTCAGGTTAGTAAAATAACTCACTAACTATATACTGTGAACCTAAC TGCATAGTTTTTGTTTCACTTTTCTAAGCCTTTTAGAGGCCTGAGGGAAATTCCTCAGTTTACTTTCACTAGACATATTT GCAGAATATTTGGATTGGAGTTGACACATAATCCAAAGGACAGCAACTCCAGACGCTACACTTTGTAGCTTCTATTTAGA AGTGATTATGGGATTTCCCATTGCAGAACCAAACACGCTATTAATTGAGAGTTATATACAGGTATATGGGTATAGAATGT CCTTGTGGGCAGAACACATGGGGTTGATACATCCTTGCTTCAAAGAGCCTGAAAGTTTGGACTGCGTAAAGAGTGTGAAC AAGATTGCTGAAGACAACTGGAAGAGGTACACAGCTGATGAATTTTACCCACTGCAAGGGCACCTTTTGAAGTACCCTGT GAATGTAGATGCCAATGGGAAGGTAAGCTCCATACCTAGATTTGAGTCTTTCCCAGATGTTGGTGGCAAGGTCCTTGGCT CCAGGTCTACCCTTCCTGATGCTCTAACAACATAAGCATCACCTCTTGGTGAGAGTTTGGTTTCACGATTCACACATAAT CTTAAGTGTGTTACTCAGAAGCTAAGACTCATACATTCTAAGCAAAAGTGATTCTACAGCATCTCATCGTGACACCAAGT ATGCTACTAATTTATTCGGGAAAATAAGACCTTATCTCAGAGAGTAGAGAATTGGATTACAGAACAGGCGAAAAGTTAGA GGGGTCTCCTTGCCCCTGATTTTTTTTGAATTATCTAAGTTATCATATGGTAATTACTAATTTGAGGATTGCAAGCCAGT GCCACGGCCACACTGTATATTTGTATTGATTCTTTTCTGCATATAGGACAGATGCCTAATAAACCATTATTTCTTAATTC AGTCACGCACCACTACAGACAGACATTGATTTCAAGGATTCGTTCATCATTGTTCCAGTGATAACATTTCACTGGGAAAA AAATTGTATTCCTATAATAAAGTTTGAGAGTAAATATTGATCCTTCAACATTATCGTTACCAAATGATTCTTTCCTAGTT GATGTATCAAAATATTCTTATAATATATTAACAATCATGTTAATTGCTTGGTTTCCATGTCAAATTTTGTTTCAAACAGC TTATTTGAGCTAATCTTGTAGCATGACTATATGCAAGTGTTTGAAACTAAAACTAAGTGATTATGTAAATAGCTTACTTC TACGAGCGTTTCATAGCTTATCATAAGCGTTTATACCTGCCTGTAATCTACTTGAGCTTATCACACTAGCATTATATGAA TAAAACACACCCTGAGTAAATGAATTACAACAGTAATCAAGGCATTATATCGGTTCACCTCATACAATTGATATCCCATT ACAGGCAACAACAACGATTAATTAAGCTCTTCTACATCATAAGCAAAATTAACTTGAACCATTATGAGAAAGACCATAAC TGGAAGAATTTAATTAACAGTGACGCTTCCAACCATACCAGCACCTTGGTGAGGGGAACAGTAGAACTTGTAAGTACCCT TAGCATCCAGGGTAACACTGTAAGTCTCACCAGGCGCGTTGAGAAGATCTTCATCAGACATGGAGATCTTGGAAGCATCA ACACCGCCAGGAACCTCATCCTCGTCGAAGACAACGTTGTGAGGGAAACCAGCATTGTTCTTGAACGTGATCTTCTCCCC AGGAGCCACTGAGAAAGAGTTGGGAACAAAAGCCAGACCACCATCATCACTACCGAGCAAGATTTCAATGGCCATGGCGT TGCTAGCTAGCACTGCGGATGCAGCAGTGGCAACAACAGCAACTCCAAAGTCCTTGAGTGAAGCCTTGACGCTGAGCCTT GGCATTTGGGAAGGTGATGATGACACCTTAGCACTGGCACTGACTTTGCTTCCGGCTGACTTAAGGCCGGTGAATGATGG AATAGCAACGGCGGTGGAAGTGACGGTGGCCATGTCTGAAGTTGGTGGTGAAAATGTTAAGGCAATGTGTGTTTGAAGAG AATCAGAGGAGAAATACACAAGGGGTGATTTTTTATAGAATGAATGAACGAATAAGGTGAAGGTGTCTGTGGATTGGGTT TTTTTGTGGCTCAGGTGTGAGGAGGAATGAGTGATGAAGATAGAAAAGATGGGCCACGTTTGAAGGGGGTTTATCTGATG AAAATTGTTCTGATTGGTTGGGTTGGATGTTATCCTCTGACGTGGCTTTAGATTTTCTTTTCTCTGGATATCTTGAGGCC ATGCTTTTTCTTCTTCTATGGCACACAGCCACACACACAACAAAAG
CDS sequence (LotjaGi1g1v0432500.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGAATAAATCTGAATACGCTGTCTTCCTTCACGGCAATCTCGACGTGAAGGTCATGGAAGCTCGGTTTCTTCCCAA CATGGACATGCTCTCGGAGCGTGTTCGGAGAATCTTCTCCGCTCTCAACTCCTGCAGCGCTTCCATGGCGGGAAAGGGAA ACCACAGCCATCCACGTCACCGCCACCATAAGATCATCACCAGCGACCCTTACGTCACCGTCTGCCTCGCCGGCGCCACG GTGGCGCGAACCCGCGTCATCCCGAATTCCCAGAGCCCAACGTGGAACGAGCATTTCAATATTCCTCTGGCTCACCCTGT CACGCAGATTGAGTTCTATGTTAAGGATAATGACATGTTCGGCGCGGATTTGATCGGAATCGCAACCGTCTCCGCCGCGA GGATCTTGTCCGGGGAAGTAATCAGCGATTGGTTTCCGATTATAGGAACGTTCGGGAAGCCTCCGAAACCCGATTGCGCG GTTAGGCTGGAGTTGAAATTCACCAGATGTGAAGATAGTCCTCTGTTCCGGTCCGGCGTTGACCCGGATCCGGACCGGTT TGTTGTGCGGGATTCGTATTTTCCGGTTCGGCGTGGAGGGTCGGTGACGCTGTATCAGGACGCGCACGTGCCGGAGGCGA TGTTGCCGGAGATTGAGTTGGAAGATGGGGTGGAGTTTCAGCAAGGGAAGTGCTGGGAAGATATCTGTCATGCCATTTTG GAAGCTCATCATTTGGTGTATATTGTGGGTTGGTCTATCTTTCATAAGGTGAAGCTTGTTAGAGAACCTAGCAAGCCTTT ACCTAGTGGTGGGAATTTGAACCTGGGGGAGTTGCTCAAGTATAAGTCACAAGAAGGTTTGAGAGTTTTGCTTTTGGTTT GGGATGATAAGACTTCTCACAGCAAATTTTTCATTAACACGCCGGGATTGATGCAAACTCACGATGAAGAAACTCGAAAG TTTTTCAAGCATTCTTCAGTTACATGTGTGCTGTCACCTCGATATGCCAGCAGTAAGCTTAGCATTTTCAAGCAGCAGGT TGTTGGAACGCTTTTTACGCATCATCAGAAATGTGTGATTGTTGATACTCAGGCAAATGGCAACAATCGGAAGATTACTG CATTTATAGGTGGTCTAGATCTTTGTGATGGCCGGTATGATACGCCTGAGCATAGAATTTTCCGAGATCTTGACACTGTT TTTCAGGATGATTATCATAATCCCACATTTTCTGCAGGAACCAAGGGTCCAAGACAACCATGGCATGATTTACATTGCAG AATTGAAGGCCCTGCTGCATATGATATACTCACTAATTTTGAGCAGCGCTGGAGAAAAGCCACAAAATGGCATGAGTTGA GTCAAAAATTCAAGAGAGTATCTCACTGGCATGATGATTCTTTGATTAAGTTAGATCGCATCTCTTGGATTCTTAGTCCC TCTGAATCAATTGCAAAGGATGGTCCTGAATTATGGGTTTCAGAGGAGGATGACCCCGAAAATTGGCATGTTCAGGTTTT CCGATCCATAGATTCTGGCTCTTTGAAAGGATTTCCTAAGGATGTACTTGAAGCTGAGGCTCAGAATCTTGTTTGTGCGA AAAATTTGGTCGTAGACAAGAGTATTCAAACAGCGTACATACATGCCATCAGATCTGCTCAGCATTTTATTTATATTGAG AATCAATATTTCATTGGTTCATCCTTTGCTTGGCCATCTTACAAAGATACAGGTGCTGATAACTTAATTCCTATTGAGCT GGCACTGAAGATAGTTAGCAAGATAAGATCCAAGGAGAGATTTACAGTTTACATTGTCATCCCAATGTGGCCTGAAGGTG CCCCTTCTTCCGCCGCTGTGCAAGAGATTCTCTTTTGGCAGGGACAAACTATGCAAATGATGTACGAAATCATAGCTCGG GAGTTAAAATCTATGCACCTTTACAACAGCCATCCGCAAGATTACCTCAATTTTTACTGTCTTGGAAACAGAGAGAAATT GATAACTGAAGTTTCAAGCTCATATAGTTCCCCTTCAGAAAACGTCGACACGGTTTCAGCTTCACAAAAGTTCCAAAGGT TTATGATTTATGTACATGCCAAGGGAATGGTTGTGGATGATGAATATGTGATAGTTGGGTCTGCCAATATCAACCAAAGA TCTTTGGCTGGTTCAAGAGATACTGAGATAGCAATGGGTGCATATCAACCCCACCATACGTGGAGTAAGAAAAAGGGACA TCCACATGGTCAGGTATATGGGTATAGAATGTCCTTGTGGGCAGAACACATGGGGTTGATACATCCTTGCTTCAAAGAGC CTGAAAGTTTGGACTGCGTAAAGAGTGTGAACAAGATTGCTGAAGACAACTGGAAGAGGTACACAGCTGATGAATTTTAC CCACTGCAAGGGCACCTTTTGAAGTACCCTGTGAATGTAGATGCCAATGGGAAGGTAAGCTCCATACCTAGATTTGAGTC TTTCCCAGATGTTGGTGGCAAGGTCCTTGGCTCCAGGTCTACCCTTCCTGATGCTCTAACAACATAA
Protein sequence (LotjaGi1g1v0432500.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPNKSEYAVFLHGNLDVKVMEARFLPNMDMLSERVRRIFSALNSCSASMAGKGNHSHPRHRHHKIITSDPYVTVCLAGAT VARTRVIPNSQSPTWNEHFNIPLAHPVTQIEFYVKDNDMFGADLIGIATVSAARILSGEVISDWFPIIGTFGKPPKPDCA VRLELKFTRCEDSPLFRSGVDPDPDRFVVRDSYFPVRRGGSVTLYQDAHVPEAMLPEIELEDGVEFQQGKCWEDICHAIL EAHHLVYIVGWSIFHKVKLVREPSKPLPSGGNLNLGELLKYKSQEGLRVLLLVWDDKTSHSKFFINTPGLMQTHDEETRK FFKHSSVTCVLSPRYASSKLSIFKQQVVGTLFTHHQKCVIVDTQANGNNRKITAFIGGLDLCDGRYDTPEHRIFRDLDTV FQDDYHNPTFSAGTKGPRQPWHDLHCRIEGPAAYDILTNFEQRWRKATKWHELSQKFKRVSHWHDDSLIKLDRISWILSP SESIAKDGPELWVSEEDDPENWHVQVFRSIDSGSLKGFPKDVLEAEAQNLVCAKNLVVDKSIQTAYIHAIRSAQHFIYIE NQYFIGSSFAWPSYKDTGADNLIPIELALKIVSKIRSKERFTVYIVIPMWPEGAPSSAAVQEILFWQGQTMQMMYEIIAR ELKSMHLYNSHPQDYLNFYCLGNREKLITEVSSSYSSPSENVDTVSASQKFQRFMIYVHAKGMVVDDEYVIVGSANINQR SLAGSRDTEIAMGAYQPHHTWSKKKGHPHGQVYGYRMSLWAEHMGLIHPCFKEPESLDCVKSVNKIAEDNWKRYTADEFY PLQGHLLKYPVNVDANGKVSSIPRFESFPDVGGKVLGSRSTLPDALTT
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 |
|---|---|---|---|---|---|---|
| ProSiteProfiles | 1 | 129 | 129 | 12.395 | ||
| PIRSF | 1 | 848 | 848 | 0.0 | ||
| PANTHER | 4 | 848 | 845 | 0.0 | ||
| PANTHER | 4 | 848 | 845 | 0.0 | – | |
| CDD | 8 | 168 | 161 | 7.41782E-74 | – | |
| Gene3D | 11 | 174 | 164 | 1.0E-22 | ||
| SUPERFAMILY | 11 | 168 | 158 | 1.54E-24 | – | |
| Pfam | 13 | 147 | 135 | 2.6E-25 | ||
| SMART | 14 | 144 | 131 | 2.4E-17 | ||
| SUPERFAMILY | 190 | 457 | 268 | 7.22E-30 | – | |
| Gene3D | 221 | 468 | 248 | 3.0E-21 | – | |
| SMART | 350 | 385 | 36 | 0.08 | ||
| ProSiteProfiles | 350 | 385 | 36 | 10.52 | ||
| Pfam | 351 | 385 | 35 | 6.8E-7 | ||
| Gene3D | 510 | 745 | 236 | 2.7E-24 | – | |
| SUPERFAMILY | 539 | 780 | 242 | 3.14E-29 | – | |
| ProSiteProfiles | 694 | 721 | 28 | 14.534 | ||
| SMART | 694 | 721 | 28 | 1.7E-8 | ||
| Pfam | 695 | 721 | 27 | 8.6E-8 | ||
| Pfam | 770 | 838 | 69 | 1.1E-29 |
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 LotjaGi1g1v0432500.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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