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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0453000 |
| Transcript ID | LotjaGi2g1v0453000.7 |
| Related isoforms 8 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 12-oxophytodienoate reductase; TAIR: AT1G76690.1 12-oxophytodienoate reductase 2; Swiss-Prot: sp|B9FSC8|OPR11_ORYSJ Putative 12-oxophytodienoate reductase 11; TrEMBL-Plants: tr|I3T1Y1|I3T1Y1_LOTJA Uncharacterized protein; Found in the gene: LotjaGi2g1v0453000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:94622515..94632858) extracted from Lotus japonicus Gifu genome v1.2.
ATAATTAAGTATTGCAATATATAGCATGCTTGCCACAAATCTACAATCCAGTGAAAACATAAAATTAGAAATAGAAACAA GCATAGAAATGCTAAAAGAAACAACTCGATCAAATTTGGAATCAAAATAAATCTCTACCTAATTTTCTTCGAGTACCATC TATGCCTTTTCTTCGTTGCTCCTTACTTTGGGGCCTGTCTTGCTCTGTTGGTGCTGTAGCAATGGAGGTCAACCATAAAA CAAGCAGTTCAGCTGCGGCTAGTAAATCATAGTGAAGACAAACTCAGAGGGACATTAATAAGTTTCCACATCTGTTCGGG AAAGTATAGTTGTCTCTCTCAACAAATGACTTTCTAGAAGTTCGAGCTTGTATTCTCACCATTATGGTATCTAGTTTACT TACTACTTAGACCAATAACACGGTTGATACTTGTATTACTTGACTGATAATACTTGATGTTTCAAAGAAATATTGTATTC TATTTTTGAAAGGATCAGGGAATCAAAGTTGCAATTTATTTCATTTCATAGTGCTGCACCTAAAACAAATTATTCGATAG AGAGTGGGGACATGAAATTACAATTTTTTAATGGAAAAGAAGGGAAGTAGACGGATTAATGGAGCGGTACAATGAATCCC TTTAATAGAAAAAAAAAGTGATTGTTTCCATGACAAAAGCAAGGCTCAGAGGCAGTGAATGAAGCATTAGTTTCACTTTG TTTCACTGAGTGAGGCAAGGTAAGGTTCCTCCCTTGCTTCTTTCAGTGATTTTTTATAATTATTTATGAATGGCTTGGCT GCCATGCCATAAGGTTGGAGTTGGTCAATGACTCCAATTATGCCAACGCAATGGCACACGTCACTTGTGCAATATCCACT TCAATGCTTCACTCTTGTGCAGTGCTGCTTCTTTCTTCTATAAATTCATCCAATACCAAGGGAAGGGAGCAAAACATACT TCAATTCTAACTGAGTCTCTTGCCTTGTTAGTTAGCTAGTTGTTACTTATTAGCCACTTCATTACCAAATCATACTCACT TCACTCATGGCTGATCCCAATAATCCTCTTCTCACTCCTTACAAGATGGGCAACTTCAATCTCTCCCACAGGTATGTACC TTTTATTGTTAATCAATTCTGGTTCCTCTTATTCTACAATCATTTCTCATTGCTTCACCTTTCTCTGTATCTGTAATTTC AGAATTGTTTTGGCGCCACTCACCAGACAAAGATCCTACAACAATGTTCCTCAGCCTCATGCTATTCTCTATTACTCCCA GAGAGCTTCCCAAGGAGGTCTTCTCATAGCTGAAGCCACTGGTGTCTCTGACACTGCTCAAGGCTATCAATACACGCCCG GCATATGGACAAAGGAACAAGTCGAAGCGTGGAAACCAATTGTGGATGCTGTTCATGCCAAAGGTGCTACATTCTTTTGT CAAATTTGGCACTGTGGAAGGGTTTCTAATTCAGGTACTTATGAACTTGAATTGCTCCTGATCAATTTGTAAATACTAAT TGATTTCTCTTTACAATTAAAAATAGTTCAAACTTAGTTTTAACATGCTTCCATATATAAAGACATAAAAATGGGAGAAT TCTGTTGAATTGGACAAATTGCTTTGACTCACCTGCCTTTGTTGTTCCCGCTGCCCCACCTGTTCAATGCCATTTTTTTA TCAAAATGCATATGTAGAAGGAATCACTCCAAAAAATTCTTTGTAAAAAATATGATATGTTGCTTGGACTGTAGTAGAAC ATGTTAAGTGTAGAAATTTGATCGATCAAGGTATTAATTAATATTAACAAGCTCAAGCTAATTGATTGTTCAGTAACTTG TCAAAATTCCTTTGTTGTCACTTGTCAGTATGTTATTAACATATATTTGTTAGATTAATTGAATAACCTAGACTACCATC ACTGCCTATAAAATGGAGATTGCTGGAATTGGAGATTGTTGTTATTGGTTATTGTTTTTTTTTTCTTGAAAAGGTTATTG GTTATTGTTAAGGGGAACCTGCATTATGATTTTTTGTACAGGTTTTCAACCAAACGGGCAAGCACCAATATCTCCCACAG ACAAGCCACTCAATGGCTCACAATTCACGCCACCAAGGCGGCTAAGGACAGATGAAATTCCTCATATTGTCAATGACTTC AAACTTGCTGCTAGAAATGCTATTGAAGCTGGTAACTTCACTGATATTTTAACAAATTTCATTAAAATTCAATATGCTTC AATTATGATACAAAGTGCTTTCAAAAGTTATATTGTTAACTTGTTCCTCTATTTGCTGACGTTTCCAATACATGTAACGT ACCAATTGTTCTGCAAATTGTAGGTTTTGATGGGATTGAGATCCATGGGGCTCATGGCTACCTACCTGACCAATTTATGA AGGATAAAGTAAATGATAGAACAGATAAATATGGTGGATCCCTTGAGAATCGTTGTCGATTTATTTTGGAAATTGTTGAA GCTGTTGCAAATGAGATAGGGCCAGAAAGAGTTGGAGTTAGATTATCACCTTTTGCAGAACATGGAGAATGTGGTGACTC AAATCCTAAAGAATTGGGGCTTTATATGGTTAATGCTCTCAATAAATATAGTGTTCTGTACTGTCACATGGTAGAACCGA GAATGAAAAATGCTGCAGAACAAGTTGAAAGCTCGCATAGCCTGGTGCCAATTAGAAAAGCCTTCAAGGGCACTTTTATA GCTGCTGGAGGTTATGTTAGACAAGAAGGGATCAATGCTCTAGCTGAAAACAGGGCTGACCTTATTGCTTATGGTCGTTG GTTCTTAGCTAATCCAGATTTACCAAAGAGATTTGCCCTTGATGCTCCTCTAAACAAGTATAAGAGGGAGACTTTCTACA CTTCTGATCCGGTTGTTGGTTACACTGATTACCCATTTCTTGAATGAAGAAACCAATGCTTCAACCTACAAGGGTGGAAC CTCATGACTTAATAAGCTATTCTCCCCTGGCACATTTCTTTCTTGCAATTTAGTTGGTCATTGTAATAGGAATTGTGATG CTTGAAATTTTATTATGGATTTAATACGAGTCTTTTTTTTTACAAAGTCATCAAATGGTTATTTGCCACATCATTAAGTA AATTCTAAAATTTATTAAAATACTCATAAAACTGTACATGAAATGATTAAATGTCAGTATAATGAAGTTGTTCGCACCAA AATAATCGGCTGCATCTACCGTGTGTCAGTTTCAAACTGACATACGGTGCTTCAGTTTCATTTTTTCAGTAATTAGACAA AAATATCCTTATTTTCTTAATTTTTTCCTCCTTGCTCCTTCCACCATCATCATCCAAGATTTTCCAGATCTTGTTTGAAT ATGAGATGTGGGCATGTGGCTTCCCGAACCAGCCCAGACTACAGCAGATGGCGGCGAAGACATGGAGGCTCATGGCGAGG TGAACGACGCAGCTCAAAAAAGGGAACAAAATGGGGGTAGAAAGGAACTAACCCCACACAACCACCACCAATTCTGACCG ACCACCACTGCCGCCGTACAATAACCTGGATCTCATCCTTAACCACCAGAACTTCTAGATTTGAGCTTTCTAGATCTTCT ACTTCAACAAGTTCGAGCTTTTCTTCACCATTGTGGAATTGAGCTTTCCAGATCTTCTCCTTCCAGCTTCCAGACATCAA AAGCCATCACTTTTCACAAATCAGAGAGCAATCCACCATGGCTGCCGCTTTTCCAATCTTAGTCTTAGAGTCACCTCCAC TGGCCATCACCACCGGTAACCTTTGCATGTCTTTCTCCTCCACCGAAAATATTTTCAATTGAAAGTCAGTGAAAAAGATC TGGGCATGATTGTAGATTTGAGGGGTGATGATGTCGCTATATTCATCAGCTTTTATTTCTTTTGCATTTGTTTTGGTTTT AGTGATTATTTTTTGTTTTTACACTATTCTGAAACCTACATAGCCCTATGTACAATGAGTTTCTTTGGCTGAAAATAGAT AGTGATTTGCTTCCTCAATTAGTTTATTTGATTGAAATGCAGATCTGGAAGATTTTGATGGTTTGATGGTGAGGGTCACT GGATGTGGGCTGCGGAGGTGGGCGGTGGGGGAAGGAAAAGGGGGTGGGGGTGGGTTGGGGAAGAAGAAGGGTGTTTTTGT AAATTAAGATATAATTAACAAATGAATTATTTTAATGCTAATTTATCTGAACCGTTAAAATTTAAAAATATCAGATCCAA CGGTGCATATGAAACTGAAGCACCGTATGTCAGTTTCAAACTGACACACGGTAGATGAAACCAAAATAATCACGTAACTC TCTATAAACTTGTCACAATACTTTAGGAAACTTTTGAAACTCAGCTATCCTTTCTGTTAATTATTGTCCCTCTCCCTCCT TAATAGTGGTAGGTCCATAATGGCTTGACATTCCCCATGTTGTATCCTGAAGCTCTCCTCTCTATAAACTCTACTTTCCA AGAAGATTGTGATGAATTTTATTTAATACTCCCCTTCGTTTCTTATTATAAAATCATTTTTTAGAGTTTTTTTTTTCTAA ATATAAGTCTATTTACAATATTAATGGAGCATTAAATATTTTTTTTCCAAAACTATCATCATATTTAATTTGAAAGAGAT AATGAGATTTTGAAATAATAACTTAGAGTGAGAAATTTATAAGAAAGTAAATAAAGGTAATCTAGGAAAGTAGATAAACT ATTTTACAAATTTATTACTTGTAACTACTTTTCTTAATTTAAGAGAATTAAGTAAAGTAGTCTTATATATAGGAACGGGG GAGTAAGAATGACTTTTTAATTAAGATAACAAAATTTTATTTGTGAGATAGAAAATGAGACATTATTTAGGACCAACATC TTAATTAAATGCTCTTAGAAAGATCATATCTATCATAGGTGATTTAAAGCTTTTTAGGGAAACCCCATCCACTGTCCAAA GACAAACTGGGACCATAACTAATTTTTCTTACTCAAATTAATATAAATAAAATCATTCTTAAAATTATATAATATTAATT TCCTTAACTTATTGATTCTGAACTTAAATTTCTTAAATAATAAACACTGACCAAATTGAATACACATCATCGTGACATAA TTATCTATGAGACCGATTGACTTAGACAAATTCTCTATTCTCTATGAGGGTTTGACGATTTTCAATTCTTGGAAATGAAA AAAAATCATCAATTAATTATCTACTCCCTCCGTTCCTTATTAACTGTCCACTTTAAAGAAAAAAGGGTTAACTATTAGAT TCGTCCCTGTCTTTGTCTCGCCGTCTGAGGTAAGTCCCTTCCCGGAAAATTTATTGCATTTGCTCCTCGTGTTTGAAAAA CTTTTGGAGCGGATCCTCGCCGGAGGGCGGAGCTCCGGCGAGTGCTTAAATGGCACGCTGACTAGACTTAATGAGGTGAC GTGTAAAAGAAAAATTAAAAAAAAATTACAAGTCAGATTTAAAAAATCTAATTAAGCTATTCCTAATTAAAAACCTAACT TAATTAAACAGAAATAATTTTCCCCCAAACTTAACCCAATTCACATCAATTAACCCAAATCCCCAATTCCACAACCCTGC AACCTCATCCAACCTAGAAACCCAGAAACCCCTCAATTCCCACTCTGTTCTTCAACGTGTTTACTGTTCACGCTCCCTCC CAGAAACCCACAACCCAGATCCAAGTTTATGTTCTCTCCCTAAGCTCTCTACGAGTCACGCTTCCTCATGTTTATGTTCT GATCTGGACTCTGTCTCTGCGACTCTCTTTCACCCTCTCTGGACCTCCATCGTCGCCGTCAAAGAAGAAGCGATGGTCGG CGCGGTTGAGCTCGACGCCTGGTGGTTGTGGGTGGCTCGTCTTCGTGTTATCCTTCAACTCAACCCCCATCGTTCTCATC GATTGTCCACTTCGCAGATACCCAAGTCGGCGTCGGCGTCATCACCGCCGGCGCAGGCAGCGTGCTAGTTCCGCCTCCAG TGAGTAAACTCAGATCTTCCGTGAAACCCTTTATCATCTACTACACCTTGATTCTCAGATCTCAAACCCCAGATCTACAC TATGACTAATTCCTGTATTGAGAGAGGAGGGTTGAGATTGTGAGGATGGAGGAGATGACGAGTGAGCAGAGGTGGAGCGC GTGTGTGGGGGACGTGGGGCCAGAGAATGAGTCGGTGTGGTGGTGCGTGAGGTGGTGGCGGAGGGGGATGAAGATGGGAT GAAATGGGCATGGGGTGATTGTTGGTGATGGGAGATAAGGGAGGAGAAGGAAAGGGTGAAGAAGATAATTTTGAATTTGA GCTTTCTTTATTTGTTAAATTTGAGTTTGAATATAGTTGGGAAGATAATTTTGAAGTGGTTGGGAAGAAGATGAATCTAA ATGAAAGAAGAAAATGGTGTGACTTTTGAAGAACTTTGAATCAGCTGATTCGTTCACTGAGTATGTTTTTCCAAGGTGTT CATAATTTTTTCAAACCCAGGTGTTCAAGGTTCTGGATTTGTGTTTAAAGAAGATGTATGGATATGATTTTAATTGGGAA TTTGGGTTGGTTAATTAAGTTAGGGTTAATTAGAAATAGGTTAATTAGGTTTAAAATTCTGAGTTGTAATTTTATTTTTA TTTTTTATTTATTTTTTAATGCCACGTGGGTTCATTAATCCTAGTCACCAAGCCACACATGCACTCGCCGGAGCTCCGCC CTCCGGCGAGGGCCTGCTCCAACCACTTTTCAAACAAGAGGACTTCAGACAAATTTTTTTCCGGGGAGGGACCTACCTCA GACGGCGAGACAAAGACAGGGACTAATATAACAGTTAACCCAAGAAAAAATTGTGTTTCTATATATCTGTCCATTTAGAG ATTCAAGAGAGCATTAATTGATGTTTTTCCAAGAAATGCCCTTAAAGAAACAATAAATGAAGAAAGATAAAATGCATTCT AAAGGGTGACATAGAAAAACAAATAATACTTTTATGAAAATCAACACAATTAATTGTTTTTCTTAATTTGTGTGAATCTT CTCTTCCTGGACAGATAAATAGGAACGGAGGGAGTATCATTTAGTGCGTTGATCGTGAGATGAGAAATTAGTCTTACGAC TGGAAATACATTGGCTAAGAATTTTTTTTCAGAAGTAAAATAAAAACTTTCAGAGTCAGATAATTTTATATTGAATATGT AAAAGCATCTCCAATGCATAGTTGCTAGTTGGGTTGCTTAAACATTATTCTGGTGATCCTAAACTGCTACATATGATTTA AGCAATCAAAGCAGAATTCTCTCAAACCACAGTTGCTTATTTTACTTTTGGTTAGTTCTCACTATATCTTATATATTTAT ATTATTTCAAGGTTATCACATTATTCAAGTGAATGAACGAAAGGAAAAAATAATTTTTAGTCAAAAAGCAAGAAAAAAGA GAATAAACAGTCGTTGCATAAATAAGCAACCAAACTGTAATGTTATGTTGTTCTAATGGTGCTCTAAAATAAGCAACATT GCTTAAGTGATCCAACTGGATTAAAGAACTCCATTGGAGATGCTCTAACTTGTATTCCTTGGTTTTTAATCATTTATGTT CCAAAGAAATAAAATAAAAATCTGTATTATGCAATTTATTTTATTTGATAGTGCCTCACCAAAAAGGATCACCAAAAACT AAATTATCGATACTGATATATATAGACAGGGAGTGGGACATGAAATGAAATGACAAATATAAATGGAAAAGGAGGGTGGA AGGATTAGTGGAGAGGAACAATGAAAGTGAAAAGTGGGAGGGATCATGGATAGTGAAAGTGAATCTATCTTCACTTTCAA TCATGTTCCTCTCTCTGTTTGTTCCTTTGTTTTAGGGTGATTGATTCATTAATGGCTGCTATGCCATAGTCAAAGAAGCC GACTATGCAACGCAATGGCAAACGTCACATGACACGCCCACTCCACTTGACTGTCACTACTCTCATGCGGTGCCAGTTGC AGATGCTGCTTCTTTCTTCTATAAATTCATCCAATACCAAGCCCCAAGGGAACACAACAATACATTATCACCCACTTCAA TTCAGTTCAATTCGATTCAATTCTCTCTAACTCACTTACTTGTTAACCGCACCAATGGCTCAGCAATTGGATCCCAGTAA TCCTCTACTCACTCCATACAAGAGGGGTAACTTCAATCTCTCCCACAGGTACTTGCTTATTGTCATTCATTTTATGCACC TTTGGAAACTCCGACGCCATAGTCAAAACTATGGAGACTTCAAATTTAGAATGATACCATGATTTTGACTTCAGCGCCTT TTTTCGAATGAGTTTCCAAACACGCACACGCCGTTTTTTTTTGTTTTCCTCTTTTTTTCTCCATCATACTAATTACTTTC ATTGCTTCTCCATCTATATCTATAATTTCAGAGTTGTTTTGGCGCCGCTTACCAGACAGAGATCCTACAACAACGTTCCT CAGCCCCATGCTATCCTCTATTACTCTCAAAGAGCTTCCCAAGGAGGTTTCCTCATCACTGAAGCCACCGGTGCCTCCGA CACCGCTCAAGGCTATCCAGACACGCCTGGCATTTGGACAAAGGAACAAGTTGAAGCGTGGAAACCAATTGTGGATGCTG TTCATGCCAAAGGTGCTACATTCTTCTGTCAGATTTGGCATGTTGGAAGGGCTTCATCTTCAGGTATATATTTCCTGCAC TTGCTTTATTCATATTCTAATGCAAATACCTATAAATTTCAACATGCTTCACTAGACAATAACATAGTTTAATTTACATA GATAAGGAATTTCTGTTTAATTGAACCTCTTATGCATATTTTCTAATTGCCTTTGTTGTTGTTAATCTGTCCCTAACATT TTTCTTTTACACCACTTGGTCTACCATCACTGACAGTAACATAGAGATTATTGGAGTTGCAGTCTTTTGCTAGTCATTAT TACTAAGGGAAAAATACATTCTTTTTGTTTTAGTAATGTTATTTATGACCATCATGTAAATGCTTACCATATGCCTATTT TCCGTGTAATTTTGAACAGTTTATCAGCCAAACGGGCAAGCACCAGTATCTTCTACAGACAAGCCACTTACACCAACAAT TAGAGCTAATGGCGTTGATGTAGCAGATTTCACGCAACCAAGGCGGCTAAGGACAGATGAAATTCCTCAAATTGTCAATG ATTTCAAACTTGCCGCAAGGAATGCTATTGAAGCTGGTAACTTAATTGATCTTTATAACAAATGTCCCCAACATTCAACA TGTTTCAATCATGATACAATATGTTTTTAGAAACTAGACTGTTTAACAAATGTCCCCAACATTCAATCATGCTTCAATCT GTTGTGGTGCAAATTGTAGGTTTTGATGGAATTGAGATCCATGGAGCTCATGGCTACCTGCTTGAGCAATTTATGAAAGA TAAAGTGAACGACCGAACTGATGAATATGGTGGTTCCCTTGAGAACCGCTGTCGATTTCCTTTAGAGATTGTTGAAGCTG TTGCAAATGAGATAGGGGCAGAAAGAGTTGGAATTAGATTATCACCTTTTGGAGAGCATGGAGAATGTGTTGACTCAAAT CCCAAAGAGTTGGCACTTTATATGGTTAATGCGCTAAATAAATACAGTGTTTTGTACTGTCACATGGTAGAACCAAGAAT TAAAAATAATGCAGAACAGGTTGAAAGCTCTCATAGCCTGGTACCAATGAGAAAAGCCTTCAAGGGCACTTTTATAGTTT CTGGAGGCTATATTCGACAAGAAGGGATCAATGCTATAGCTGAAAACAGGGCAGATCTTATTGCTTATGGTCGTTGGTTC TTAGCTAATCCAGATTTACCAAAGAGATTCGCGCTTGATGCTCCTCTCAACAAGTATAATCGGGAGACTTTCTACACTTC TGATCCGGTTATTGGTTACACTGACTATCCATTTCTTGAATGAAGAAACCAATGCTGTTGCATACAAGGGTGGAACCTCT TGATTTAATAAGCTATTCTTCACTTGCACATCCCTTTCTTGCAATTTGGTTGGTCATTGTACTAGGAGTTATGATCCTTG AATTTTAATTAATAATGGAAGCAGATCGCATGTAAAACTATGATTTGTGTGTGATAATGACACTGAATGCTAATGGGAAG TATTGGGCTAAAGTTAAGTACCTGATTTGCAGTACTAGGGGCATGTTTGGTTGCAATTTTTGTTTTCAGTTTTTAAAACA ACTTTCATAAACCATTTTTAAAAACAGTTTTCAGATGAAGAAAACAAGTTGAATGACATGTTTTCCAACATTTAGAAAAC TTATATCTGAAAACTAAAAACTGA
CDS sequence (LotjaGi2g1v0453000.7) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTGATCCCAATAATCCTCTTCTCACTCCTTACAAGATGGGCAACTTCAATCTCTCCCACAGAATTGTTTTGGCGCC ACTCACCAGACAAAGATCCTACAACAATGTTCCTCAGCCTCATGCTATTCTCTATTACTCCCAGAGAGCTTCCCAAGGAG GTCTTCTCATAGCTGAAGCCACTGGTGTCTCTGACACTGCTCAAGGCTATCAATACACGCCCGGCATATGGACAAAGGAA CAAGTCGAAGCGTGGAAACCAATTGTGGATGCTGTTCATGCCAAAGGTGCTACATTCTTCTGTCAGATTTGGCATGTTGG AAGGGCTTCATCTTCAGTTTATCAGCCAAACGGGCAAGCACCAGTATCTTCTACAGACAAGCCACTTACACCAACAATTA GAGCTAATGGCGTTGATGTAGCAGATTTCACGCAACCAAGGCGGCTAAGGACAGATGAAATTCCTCAAATTGTCAATGAT TTCAAACTTGCCGCAAGGAATGCTATTGAAGCTGGTTTTGATGGAATTGAGATCCATGGAGCTCATGGCTACCTGCTTGA GCAATTTATGAAAGATAAAGTGAACGACCGAACTGATGAATATGGTGGTTCCCTTGAGAACCGCTGTCGATTTCCTTTAG AGATTGTTGAAGCTGTTGCAAATGAGATAGGGGCAGAAAGAGTTGGAATTAGATTATCACCTTTTGGAGAGCATGGAGAA TGTGTTGACTCAAATCCCAAAGAGTTGGCACTTTATATGGTTAATGCGCTAAATAAATACAGTGTTTTGTACTGTCACAT GGTAGAACCAAGAATTAAAAATAATGCAGAACAGGTTGAAAGCTCTCATAGCCTGGTACCAATGAGAAAAGCCTTCAAGG GCACTTTTATAGTTTCTGGAGGCTATATTCGACAAGAAGGGATCAATGCTATAGCTGAAAACAGGGCAGATCTTATTGCT TATGGTCGTTGGTTCTTAGCTAATCCAGATTTACCAAAGAGATTCGCGCTTGATGCTCCTCTCAACAAGTATAATCGGGA GACTTTCTACACTTCTGATCCGGTTATTGGTTACACTGACTATCCATTTCTTGAATGA
Protein sequence (LotjaGi2g1v0453000.7) extracted from Lotus japonicus Gifu v1.2 Proteins.
MADPNNPLLTPYKMGNFNLSHRIVLAPLTRQRSYNNVPQPHAILYYSQRASQGGLLIAEATGVSDTAQGYQYTPGIWTKE QVEAWKPIVDAVHAKGATFFCQIWHVGRASSSVYQPNGQAPVSSTDKPLTPTIRANGVDVADFTQPRRLRTDEIPQIVND FKLAARNAIEAGFDGIEIHGAHGYLLEQFMKDKVNDRTDEYGGSLENRCRFPLEIVEAVANEIGAERVGIRLSPFGEHGE CVDSNPKELALYMVNALNKYSVLYCHMVEPRIKNNAEQVESSHSLVPMRKAFKGTFIVSGGYIRQEGINAIAENRADLIA YGRWFLANPDLPKRFALDAPLNKYNRETFYTSDPVIGYTDYPFLE
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 |
|---|---|---|---|---|---|---|
| Gene3D | 2 | 365 | 364 | 5.1E-142 | ||
| SUPERFAMILY | 5 | 364 | 360 | 4.58E-124 | – | |
| PANTHER | 6 | 365 | 360 | 5.3E-212 | – | |
| PANTHER | 6 | 365 | 360 | 5.3E-212 | – | |
| CDD | 7 | 346 | 340 | 0.0 | – | |
| Pfam | 8 | 340 | 333 | 7.6E-90 |
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 | FMN binding | Interacting selectively and non-covalently with flavin mono nucleotide. Flavin mono nucleotide (FMN) is the coenzyme or the prosthetic group of various flavoprotein oxidoreductase enzymes. | ||
| Molecular function | Oxidoreductase activity | Catalysis of an oxidation-reduction (redox) reaction, a reversible chemical reaction in which the oxidation state of an atom or atoms within a molecule is altered. One substrate acts as a hydrogen or electron donor and becomes oxidized, while the other acts as hydrogen or electron acceptor and becomes reduced. | ||
| Biological process | Oxidation-reduction process | A metabolic process that results in the removal or addition of one or more electrons to or from a substance, with or without the concomitant removal or addition of a proton or protons. |
Expression pattern of LotjaGi2g1v0453000.7, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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