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| Field | Value |
|---|---|
| Gene ID | LotjaGi3g1v0515200 |
| Transcript ID | LotjaGi3g1v0515200.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Dihydroflavonol 4-reductase; TAIR: AT2G21280.2 NAD(P)-binding Rossmann-fold superfamily protein; Swiss-Prot: sp|Q9SJU9|GC1_ARATH Epimerase family protein SDR39U1 homolog, chloroplastic; TrEMBL-Plants: tr|I3T5A2|I3T5A2_LOTJA Uncharacterized protein; Found in the gene: LotjaGi3g1v0515200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:93236564..93242350) extracted from Lotus japonicus Gifu genome v1.2.
AAATATACCATGAATCACTACTTTCACTAATTTAATGACTATTTAAGTTTGGATAATAGTAAGTACTGAGACAAAGAGAT GTTTAGAAGATGAATTTGACTTATTTAATAGTTGAGTGCACTTTAAATATAAAGTGCGGGTTCATAGACATAATTACAAT TAAGTGCATACATATCATAACCAATGATTGTATTATGGTAAACTCCTACCCTATCCTCTAAAGTCACAATTTAAGAAAGC CAAATATCTAGCATATATGCTCATGAACTATTATGCTTGAGTTAAATTGATTTTGTATAACTTAAAATTTTGTTTGGAAA AGTTATTAAAATATATAAGTGACCTTTGGATATGAAAATGGTGGTTGCTGTGGCTCCAAATTAAACACGAAACCAAACCA AACCATAAATACAAGAATAGTTTACTTTCACACACTTCCCTTCGTTGCTGAAAAGTAATCTTCTTGCATATTCTGTTCAC ATCAATCTCAGCTATGGAAACCTTTGGAGCCACAGCACTGACGAGTTCTCACACTGTGTGCCCTTCTCTTCACCTTCCTC GACCACTCTCGGTAACCTCCACTTCTTCATCCTTTCTCCTTTCTTCATTTTCTCTTCATCTTGCTGCATTATTACTTATT AGCTTAATGAATTCAAATCACCCTTCATTTTCCACTTTACTAGACCAGGGAGGGAAGGAGCTTCAGGGTTTGGTGTTCCT CTGATCAAAGTTCCATGGTAAATTCTTAAATTTGCTGTTTCCTCATCTCAAGTGTCTTTTCAAATGGCGTTTTTCTCAAG TTGCTGGATTCATTAGCAACAGTTGATAACTTAATACTTTTCCAGCTTTCATCCTTGCATTAGATCATTTTTTCAACTTT GTATATACCTTGTTGATTATTAGGTCCAAAATATTAGATTTGGCTATAGCATGATATGATATCTATTGAACATTAGTAAA TGACACATTAATAATATTATTTGAATGTGCACACTTTTATGTTTAGCTTTTCTGATTTGGTTGTTTAGTGAGTCCCTTAG AGATCATGATAATTAGAGTGTTTTCACAGGGAAATCAAATGATCATATCTGTAACTGGAGCAACAGGTTTTATAGGTAGA AGGTTGGTGCAAAAGCTGCACGCAGGTTAGCCCCTGTCTCTGGCTATTACTTTCTAGGCTCTTTCAGATTTGTTTTATGA TATATGCCCCCTTTTCTGGCACATTTTCCTGGTACTCTCCTATATATATATATATATCTGATTTCAATCTTATTTGTCTG ATTATGGTTGTATTCTCCTGGTTATGGTTCCTCTTATGTTGCGAAATACATATAATGTTTAAATTTAAAGGTTCTTGAAT GAAACAACTGGTAATAGTTGCATCATGTGATCTTTATGGATTCTTTATATCATTATTCTGCATGAGGTATCGGTGTAATC TCTGGATTTTGTCAGACCTCTTGTGCCTATTTATACTGCCTATTTATATCATTTAAACTCTCAGCTTCTTCTGGTATATG TGTAAACAACTAAGCTAAATTTCTGTTCTTACCTATCAATCTTTGCAGAAAATCACGGTGTTCATGTCTTGACACGCTCT AAATCTAAAGCAGAACTAATTTTTCCGGGTAAGAAGGTAATAAATTAAGGTAGTAATTTGATAATTTGATTAACCCTCAC AGTTTGCAAAAACAGATACTCATCAAATCTAATTTGCAACTGCAAATTTATTCAAGAGATCAAATTGACACCTAAAAACT TAACGAACAGCAGATTATTGTCAACTTATAAGTACCATATTCATTGTTGGTTGTAAATTTTAATTCATATATAATTTGTA TTCTTCCAGCATTGAAATTAATGGTCAAAAAGTTAACTGGTTAACTCTTCTCTGGTATTTCCAGTGAAAGACTTTCCAGG AATCAAGATTGCAGAGGAGCCAGAATGGAAAAATAGCATTCAGGGCTCAACAGGAGTTGTGAATTTGGCTGGATTGCCCA TAAGTACCAGATGGTCTTCCGAGGTTATTGCCATGTTTTTATCACTTTCACTATTTAAATTATTTGACTTAGTTGATAGT TATTGTTTGCTTTGTCTCTTGGAACTAATTTGAGTCCTGCTTGTTGCCAGTATGCATCATTCTTTTCTCGTTTGTGCATG AAACCCTGGCCACCTTTACATTTTTGGAAGTTTTATTTAAATTACATACTACTTTTTTGTATCCTAAACTCTGAAATAAT GAATTATGTTTTTGTGCATTTGGAATTTTTTGCTGTCTAGAAACACTGGTGTAAGGTGTAAACTGCTGAACACAATTTCT TAGATCCTTATAAACAGACAATACGTGCAATATACTTTCTTTGTCTTTCTTTCACCCTATATCTTCTTCTTCCAACCTGC ATTTGGATGCTGATAAAATGAACAATACATCGTGATCCTTCAAAATGATTGAACTCATTTTAATGCTGCAGATAAAGAAA GAAATCAAGCAGAGCAGGATTAGAGTGACCTCAAAAGTAAGGATGCATTTCCCATTTAGTGTTTGTACATACGGGATGTA TCAAATGAGATGGCAATTGTTATATGAAAGTGAAAGGTGTAAATCTTGATCATACAACCATATAGATGGTCAAGATTGTA AGTTACATTGCGGTCATTTAACTACTTAAAGAAGTCGCATGAATTTATGTTTTAACCCTCACCATTCATGATAAGATCTA ATGATCTATATTTACTACACTCATTCTCTCATAAAAATAGTCCTTTCACTTGATACATCTCCTGTATATTCATATATGTG TTCGTGTGTAGTTGCATCTACATATGATACTGTTATTTACATGATTACATCAACTATGGCTTACTCTTCCTCTGACCATT TAATTTCATAGCAAAGGTTGCAGAATTGATAAACAGTGCACCAGATGATATTCGACCAAAAGTTTTTGTTAGTGCAACAG CTGTTGGTTACTATGGTATGTTCGGGAGCTAAAACTGATTTTCTACCGGCTGTTCATTTTCTTGATTGTTAATGTATATA TCATCATGGTATTCAAATGCTTTGCTTAGAAAATGTAACGACTTTTGGAGCATATATTGTAATCTTTGAATTTTATACTG ACTATGCATGATTTTTGTGTACAAAGTATGTTTCATTTTCTTTCCACTTCATAATATGTTCAGGAACCAGTGAGACACAA GTCTTTGATGAACAAAGTCCATCAGGAAATGATTATTTGGCTGAGGTAAAATGAATTTGTTTTGCAATAATTAGAAGATC TTAAAATCTGATAACAAAATAGGGAAAACTAGTCTGCTTTGCTGAAGGAATATTTTAAGTAACTCACAAGTTTCATTAAG GATATTGATATATCTGATTTAATGTTTTTTAAAGAATATGGTGCTGAACCTCATGAAAGGTGGAGTTACAAACATTGTGC TAGATAATTGATGAACTATATAACCAGCTTTTTGTCTGTTTTTTCCCTATAAAAGGCAGTTTCTGGAAAAAAAATATTTT TGGAACTGGTCTATCTTTCTTTTGTTACATTTTTAAGTCGCTTGAAAACACCTACTACATTTATTAATTTGTTGGTTTGT TAAAAATGCAACATTGAACCAGATTTCTACTTCAAAATCATCAATTATGTCCGGTCTTAGAGATAGGATATGAAATTTGA GACTGTGAACCTTAAAAAGTGTCTAGAACAATATATGCAAGTCCAAGGCTGTGGTTGTGAAAGGTTAAAGCTACTTTTGT CCAACTTCCAATCCAAAGTTTTCATATTGTTATTTTTTCTTCTTATTATACTAATTGAAACCTTCTTTTAATCCTCTAGA ATCTGTGAAAGATGTGGTCACATGGATGAAATCATTTTTATGATTATATAATCATTAACTGAAATTTGAATCACCATGTA TAACCTGCAGATTTCTAATTAGATGTAGATGTTAGAATTAGTGATGTTCTGTGGATGGCTTGAAATATTGTGGAACTTGA AATCATGATAAACGAGTAGGCCCCTTAGATCATCATATTCAAATACATGAAAAGTTTTGAAGTGTACAATTTTAGCTTCT AGATCGCACCGACCAAAACATCCCATCTTTTCAGGTTTGCAGAGAATGGGAATCAACGGCCCTAAGGGTAAATGGAGATG TTAGAGTGGCTCTAATTCGTATTGGGGTTGTTCTTGGTAAAGAAGGTGGAGCATTAGGTACGAATGACTTAACAACTTTT TATTTTGTCAACATAGACTTCTGGATTTGAGTTTGTCATGTCACTTCCATTACCATCCACTTATCCAATTAGGCTTTATG AGGTGGTCTTATACTTCTGAATAGGATACTGAAACAATTTTTTATTATATTTTTATAAATCTTGCTTTTTTGTCGCACAA AATACTATTAGTGATTTATAATTCTGGAAAATTATGATATTGGCTGCGTTTAACTGATAATTACGTCTCTGAGCCTCTGC AGCTAAAATGATACCTCTCTTCAAGATGTTTGCTGGTGGACCTCTAGGCTCAGGAAATCAGTGGTATTTCTCTCATGCAC TTGTAAAAAAGTTGCTTTATGGTACTGTTAATCCATTACTTAGACACAATCAAACAATTTCCCTCTCCACTCTGGTGCGT TTTCTATTATGCAAAACAACTATTAACAGCTAGACTGTCACTGAGAAGATAATAAATCCAATTCATCAATGTCATGGTGC AAATGTGTTATGAATTGGGTTTTTGTTGCATCTTAATTTCTAGGTACTACTGTACTAGTTAGATGTCATGTGATCGAGAT CATTTTTCTCTACAGGTTCTCCTGGATTCATCTGGACGATATTGTCGATTTAATATATGAAGCACTACGGAATCCATCAT ACAAAGGTGAGCTATTCATTCCCATATCTCCCCATAGCATATTCCTTTGAGATTCCTTCCATCTAATGGATATATGTTCC TTTCTGGGGCACAAGCTAGTGGTTATACTTTCTGTTTAACATAAGAATTTAGTTTGATTAATTGATGACCTTGCTGCATT GTCATGAATCATGTTTATATATTTTAGGAGTTATCAATGGAACAGCACCAAATCCTGTGCGATTCGCAGAGTTGTGTGTC CAGCTGGGACATGTCATGGGTCGTCCCTCGTGGCTGCCTGTACCTGACATTGCGCTCAAGGCTGTCCTTGGAGAAGGTGC TGCTGTGGTAAGGAGTAATCTCTGGTTAATACCTCCTCAGTTCATATGTCTTGCTAGTATGAGTTCCTTGAACTGCAACA TTAATCTCTCTTTGTAGGTTTTAGAAGGGCAGAAAGTGCTTCCTACTCAAGCAAAGAAGTTGGGTTTCGCATTCAAATAT TCTTACGTGAAGGATGCCCTTAAAGCAATTCTTTCTTGAAAGCAATATTAGGTACTAGCACACTGCAACCGGCACATTCT TTATTCTTTGGATTAATACACTGCCCCGTCCCAGACATTAGTGGCATCCCATATTGAGATTTTTGAAAGTTGTGGTTGAG TTGTAGTTAATTATCATAATGTAATTAGTAAACACATGATACCACGGCTGTTTTAGAACTGCCACGAAATCGATCATACT ACCATCTTCCATATCTTCCTCTGCGTAGCTAAATAATACTTTGTTATAGAGCTAGCTTTTGTGATTGATGCCGGCCGAAC TCAATTTGAAATTGTGCCATTTACCACTTTTGTTGCATTTTATTTTGATCATCTCAGGGGAGCCTTGTACAACAACGGTA AGGGATACCCAAATATTTGAATAGCGG
CDS sequence (LotjaGi3g1v0515200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAAACCTTTGGAGCCACAGCACTGACGAGTTCTCACACTGTGTGCCCTTCTCTTCACCTTCCTCGACCACTCTCGAC CAGGGAGGGAAGGAGCTTCAGGGTTTGGTGTTCCTCTGATCAAAGTTCCATGGGAAATCAAATGATCATATCTGTAACTG GAGCAACAGGTTTTATAGGTAGAAGGTTGGTGCAAAAGCTGCACGCAGAAAATCACGGTGTTCATGTCTTGACACGCTCT AAATCTAAAGCAGAACTAATTTTTCCGGTGAAAGACTTTCCAGGAATCAAGATTGCAGAGGAGCCAGAATGGAAAAATAG CATTCAGGGCTCAACAGGAGTTGTGAATTTGGCTGGATTGCCCATAAGTACCAGATGGTCTTCCGAGATAAAGAAAGAAA TCAAGCAGAGCAGGATTAGAGTGACCTCAAAAGTTGCAGAATTGATAAACAGTGCACCAGATGATATTCGACCAAAAGTT TTTGTTAGTGCAACAGCTGTTGGTTACTATGGAACCAGTGAGACACAAGTCTTTGATGAACAAAGTCCATCAGGAAATGA TTATTTGGCTGAGGTTTGCAGAGAATGGGAATCAACGGCCCTAAGGGTAAATGGAGATGTTAGAGTGGCTCTAATTCGTA TTGGGGTTGTTCTTGGTAAAGAAGGTGGAGCATTAGCTAAAATGATACCTCTCTTCAAGATGTTTGCTGGTGGACCTCTA GGCTCAGGAAATCAGTGGTTCTCCTGGATTCATCTGGACGATATTGTCGATTTAATATATGAAGCACTACGGAATCCATC ATACAAAGGAGTTATCAATGGAACAGCACCAAATCCTGTGCGATTCGCAGAGTTGTGTGTCCAGCTGGGACATGTCATGG GTCGTCCCTCGTGGCTGCCTGTACCTGACATTGCGCTCAAGGCTGTCCTTGGAGAAGGTGCTGCTGTGGTTTTAGAAGGG CAGAAAGTGCTTCCTACTCAAGCAAAGAAGTTGGGTTTCGCATTCAAATATTCTTACGTGAAGGATGCCCTTAAAGCAAT TCTTTCTTGA
Protein sequence (LotjaGi3g1v0515200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
METFGATALTSSHTVCPSLHLPRPLSTREGRSFRVWCSSDQSSMGNQMIISVTGATGFIGRRLVQKLHAENHGVHVLTRS KSKAELIFPVKDFPGIKIAEEPEWKNSIQGSTGVVNLAGLPISTRWSSEIKKEIKQSRIRVTSKVAELINSAPDDIRPKV FVSATAVGYYGTSETQVFDEQSPSGNDYLAEVCREWESTALRVNGDVRVALIRIGVVLGKEGGALAKMIPLFKMFAGGPL GSGNQWFSWIHLDDIVDLIYEALRNPSYKGVINGTAPNPVRFAELCVQLGHVMGRPSWLPVPDIALKAVLGEGAAVVLEG QKVLPTQAKKLGFAFKYSYVKDALKAILS
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 |
|---|---|---|---|---|---|---|
| PANTHER | 8 | 348 | 341 | 1.3E-186 | – | |
| PANTHER | 8 | 348 | 341 | 1.3E-186 | – | |
| SUPERFAMILY | 42 | 345 | 304 | 8.39E-42 | ||
| Gene3D | 44 | 338 | 295 | 4.2E-75 | – | |
| CDD | 50 | 348 | 299 | 3.33094E-132 | – | |
| Pfam | 50 | 267 | 218 | 5.7E-20 | ||
| TIGRFAM | 50 | 344 | 295 | 6.0E-106 | ||
| Pfam | 301 | 347 | 47 | 6.5E-16 |
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 | Coenzyme binding | Interacting selectively and non-covalently with a coenzyme, any of various nonprotein organic cofactors that are required, in addition to an enzyme and a substrate, for an enzymatic reaction to proceed. |
Expression pattern of LotjaGi3g1v0515200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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