Your browser is unable to support new features implemented in HTML5 and CSS3 to render this site as intended. Your experience may suffer from functionality degradation but the site should remain usable. We strongly recommend the latest version of Google Chrome, OS X Safari or Mozilla Firefox. As Safari is bundled with OS X, if you are unable to upgrade to a newer version of OS X, we recommend using an open source browser. Dismiss message
| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0688100 |
| Transcript ID | LotjaGi1g1v0688100.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Phosphoadenosine phosphosulfate reductase family protein; TAIR: AT5G03430.1 phosphoadenosine phosphosulfate (PAPS) reductase family protein; Swiss-Prot: sp|O74841|FAD1_SCHPO Probable FAD synthase; TrEMBL-Plants: tr|I1NAB5|I1NAB5_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0688100 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:125544345..125552146) extracted from Lotus japonicus Gifu genome v1.2.
ACTTCTTCTAAGAAGAAAACCAAGACTAAAAGACCTTTTAGGCATAATTCTTTGCCTTTATTTTCTATGATTGAATGTGA CCATTTGGATCCATTCTTAAATTTCAGTTGGAGCCGTCAATTTCATTCATATTCGTATTCAGCAGAAACATCAAACACAT ACAACTATCCATCTTTTTGTTCAGTTTCTGCTCCATCTCTCAATCTCACACAACCAACCAACCAACCATATCTTGCATGT TCCAAATTATCTCTTCATCCAATCCATTTGATTTCACTCACAAAACAACAAAAACGGCTCAATCGTTCATTCACTGATAT TTCACTGCAGCCACATCCACCTTCACTGAACCAGGTTGGTTGTTGTCTTCAATTCGCAAAAAGATTGCTTTTTGACGAAA ACCCAGGTTTTCTTTTCGTGAAACATCATTAAATTTGAAATCTTTGAATGTCCCATTTGCTAAAAATTTGTTTTCAATTG TTTTGGTTTTTTTTTTGTTTTTGCTGAGATTTTGTGTTGATAGGTCAACATGGAGATCGATAGAGCAATCAGAGAGTGTG ACGATCGAAGGCTTCAGACCAAGTATAACAATGCTACCTATGTTATTCAGAGAGCCTTGGCTTTGTATTCGTAAGTCTTC TTTGTTTCTCATGACTATAGGTAATAGCTGTGACATGTGATTGATGGGGATTTCATATATGAGGAGTTAGATTCAGTTGT CTGTTTTGTGTTGGTTAGTTTAAATCTGAAGAGGAAAAGAATGTTATGTGCTGTTGACTTGATTTTTGGTTGCTGCTGCA TCTGGAAAGGTGAATTGGTTATCAATGTGGATGGATGTTTGAATTGTCTAGGATCAGTTTGATGAGATTCTGGGGTGATA TTGAGTTTCCTCCATAGGTAATTGTTGTCTTAGGGGCAAGCCATGTTAAAAATGCCAGTCTGTTGACTTGAACATAAATG TTATGAATGATGGTCTGCACAAGAAATTCCACATGGTCCAAGTTAATGGTGCTATCTCAAAAGTGGGAATAGATTTTCTG TTGATATGTGTATGTTATTCAAAAAGGGAATACAAGCTTTGTTTATCGACTATCGTTATTTATAACTGTATGCCTTTTCT AAACAACTTAACAATTCTTCCTGCTTCATTGGAGCAGTATTTTGCATTGGTGACTGCAGAATGAAGGATTTAAACTTGAT TGTTCTAGTTTAAGGATAAGTCCATAGATCTTAGAGTGATGCCTCTTACTTTTTCGGTGTCTTTTTACTAATTCATTTAG GTTAAGTCATACTTGTAGTACAGTATAATTGGAAAATATAATTTACATTTTAATGTTTGATCTTTGATGACTGTCTTCTC AAACCAGATTGTCCTTGTCAATGTAAATTGACCAATGTCTGCATTCACAAATTTATTTCTTCTTACAGTATTGAGGAGGT TGCCTTCAGTTTCAATGGTGGAAAGGATTCTACGGTAAGTTACACGGTGCATAATCCGTTAGCATCTATCAGAATCTTTG AGCTTATTAATGGTGACATTGAGATGTGGCATGCAGGTTTTGTTGCATCTACTCAGGGCTGGCTATTTCTTGCATAAAGA GGGGCAAAATAGTGCCAATGGGGATCTAAAAGATTTTCCAATTCGAACAATATATTTTGAGAGTCCTTGTGCTTTCCCGG AAATCAACTCATTTACCTATGATACAGCTGCTACGTGAGTAAAGCTTCATCTTCATTTGTTGAATTTTTTTTATTAATTG GCATTACAATATTGATAGCACAGAAGTGTGATATTTTCCTCCCTTTTTTCTGTTGTTCTTTTTCTTGTTTAAGGCTTCTT ACCATCTAAGTGGTGGAGTAACTAATGATTTTTACTTGAGCAGCTATGGTTTGCAGATTGACACCATTCGCTTAGATTTC AAGTCTGGTTTGGAGGCTTTGCTGAAGGAAATGCCAATTCGAGCTATTTTCCTTGGAGTTCGAATTGGGGACCCTACTGC GGTATCTTTATTTCTTAACTATGACATAACTTTTTTGTTTTAAGTGTATATTCTCTGATCTGCTATTCATCCGACACTCC ATATTTTTTTATGCATGCTTATCAAAATGACATTTTACTTGAAAATGCTTTGGGCCCTGTAAATGCGAAATTTAAAGGAA AGATACAAAAGTGAATATGTTACATGCTATATATAAATAAATACCCTTAAAAAACTACACATTCAAACAGCTATTCATAG ATTTATGTTCTGAGGAGAAAATTAAGCTCCATATTCATAACTCAATAAGTTGCAATCTAGTAAACATAAAATTGCTTAAA CTATCACAGAATAATATGAATTTTAGTATAATTATGACTTCTAAATGCTTGTATGATACTACCACTTTGGAACCATTTCA GTATAAATTAAATGTCTCAAAACTTTCAATTTTCCAATTATTACTTTTTGTGAAGTTATCTTGAAAATATCCTGAGTAGT ACTAGCAAGTAATGATCAGATTCTAGGTGAGATGATCACTCTAAGCTGTTCAGGAGAAGAGAATTAGGGAACATGAGCAA AATCTTCTCTTTGAAGAGTAACGATTGCTTCTGGAATCAATAGACTTGACAGTATACATTGTTTGGAGGTTTCCTTTATT TATTTATTTTTGATAAATACGGTATATTTTTTGACATGCTGGACCAAACAAGATGTTTTCAAAGCCTAACACTGACAAGT ACCGGAAAAATGGCTCAAATTTAAATCCAATAATATATGAAAATATAAGCATAAAATTGCTTATCAAAAGATAAAAACTT GATTTTACCACTCATATTGCCTAAAGGCATGTTTCCAAGCATGTTCATTCAAATACAGTTTAGAGAAAAATCTCAAGTGT ATGGCCAAGTAAAAGCAAAAAAGTGTATGCATTTACGCTTTTAACCAAAATTTGATTACCATGGTTTTATGAAAATTAGA ATCTTACCATATTCTATTCATACATAATCATATGTACTCCAACCCTGCAGGTTGGCCAAGAACAATTCTCCCCTAGTTCA CCTGGGTGGCCACCTTTCATGAGAGTGAATCCCATTTTAGATTGGTCATACAGGTTTGGTCCTTTGTTATATGCTGTTTC TTCTTACTGGCTTTTATTAAATAAAATTAGAGCTGGTAATTTGATTACCATGGTTATATTTGCTGCTGCTTCGTTCCTTT AAACTCTTCTATCTTAACCACCTAAATGATTGGAGCTAACTTGTCCATAAACTGTTTCATTGGATTAGAAATTTTGCACT TACTGGGCTTGCCATCACATATTTGCTACTGTTGGATAAGATGCTTGATGTCCCCAAAAGTATTATAAAGATAGATCTGT GGTTATTAATTGTGCAAGTAGTGTCACTAATGATAGACCAACTCATACCTATTTTAAAATTTACATTTGTAGCACCTATT TTTCCCACTTATCATCTACCTAAACTCATACATTTTGAAGACAGCCATAGCAGTATTTGAGGTTAATTCTTGTCCTTGGT GCTAGTTCTCTTAGATTTTTGTTAATCACTCATCTTAGAAAAATAGCTACATAAGCTGGTAAAATGATTAGGTTTCTTCT TTCAATTTACATGCTAATTTGTTAGCATTATCACCTGGAAAATATATTGTTTGTTCTTTGCCATGATTACTTATATGGAT AATGGATGCTTTTGGAATATGAAAGTAATAATTGCTTCATTTAGTCAGGCATTTACTTGCTTATATTTCTATGCAGAGAT GTGTGGGCCTTCCTTTTAATTTGCAAGGTCAACTATTGCCGCCTTTATGATCAAGGGTAATACTAAATACATATGCTGGA CTTTTTTTGGTTGGATTTTAACATATGCCTGCCATACTTTTCCTTTTTGTTTAACTTTTCTCTCAGAATGGGGGACTCTG GGAGAATAGTTGTATGAAGGTCTCATAACTTTGCTTTCTTCCTTTTTTAACTACATAAACAAACTTCACTAAATGACCTC ACTGGCATTCTGTGTCCAGCATTTACACTATCCATCATTGTTGACATGAAGTTCTAATTGTTTGTGTTTATTCAAGAAAT TTTGGTGTGTGATTATTTCTTTATTATTGGTGCAGTTATACTTCAATTGGGAGCATATATGACACAGTTCCCAACTCATT ATTATGCATTAGCAATTCTTCCAATAAATTCAAACCAGCATATTTGCTTGCCGATGGAAGATTAGAGAGGGCAGGGAGGG TTAAAAAGTTATCTTCTTCTACTTGTGGACAACTTCCTGTTGATAGCAATGGCTTGACTAGCCTGGATATGCATAAAAAC AGCATGCTAACAGCATCAATCATTGGCGTGGGAGATGAGATTCTGTAAGTGCCTCGATATCACATGGATAGCTGGATTAT GTGAACTGCTTTATAGTTCTCCACTGGGTGATTCGACAATTTTATCAGATTTTGTACCCAATTTTCAAGCTTCCTAGTAT GGCTATGCCATGGTTTAATCTATTGTTGAATTTCTCCATTGTAAGCTGGGTTACTTATTGCTAGGTCCTGTTATATCTTG ACATTACTGGTCTTCTATTCTTCATGAACAAACAATGTCCTTTTTTACAATGCGAAGTAAAGAAACCAGAAGTTTTTAAT CTCCATCTTGTCTTTCTGTGCAGTGAACTGATTGATTTTTGTGATCCTTTAACTGTTTTGTTAATGTTCTCTTTTTCTTT GCTCTGTTCCATAGCTCAGGTTTGGCATTGTTGAGGATCAGTTGGGACCTTATGTATGTAGGAAGCTGCATTCGGTTGGT TGGTCTGTACTGCAACTTTCTGTTGCACACAACAATGTGAGTTTTTTCATTTCTGTAGAAATCCTACCTGCGTGTATATG AACTGTTCTGCTTACACTTCAAGCTTTAGTGAGTTTGTGGATAATGTACCACATGTAAACTCCAATACAAGCATTATTCA ATTTTATGGTTTATGATATGTCTTTTGTACAGATAGATTCTGTGGCTGAGGAAGTTGAGCGGCAGAAATCTACTACTGAT ATGGTAATATGAAAATGCTTAGAAAGTTAAATGCATGACTTTTCTTCTTGATGAAAGGTTGGTTCAGGTTATTGATCTGG TGCTTCTTTTAGGTATTTATATATGGTGGTGTAGGTCCACTGCATTCAGATGTGACCTTAGCAGGCATTGCAAAAGCTTT TGGTGTTCGTTTGGTGTGTTTCTTCTTTCAATTATATTTTTCAATTTAAGTCTACTATAATCATTCCCAAAATATGCTGC ATTCTTAAAAGATGAAGTTCTACTACAGTCGAGCTTCTGCTAACTTGATGAAGGCATTTTTTAGCATACAGTGTAGCTTT TATCATTAATTTCTTTTGATTTAATTGTAACACATCAGTTGGTGATTTTCTTTTGATGTAGGCTCCTGATGAAGAATTTG AAGAATATCTCAGGCAAACTATTGGTGATCAGTCCACTGGTGACCGAAATGAGGTGATTTAGTATACAGAAGCACTTTTT TTCTTTCCCAGGATCTTATATTTCCGTTGCCCACTTTGGGTAGGATTAGGAAACCAATCCCTGTTTGGGGTACTGAGGCT GTCCCTCCCCAAAGGTTCTTTTCTATTGGCTCAGTCCCTGTGATGTACAGGGTCCTCAATGACTAATAATTTATTATCAC TTACCAAAGAAAAAGCCAGTTATCTATCTTATATTTATGTTTTTTCTTTGTATAATTAATGGTGTTATAATTGAAGAAAG CATGTGTTTGATTTCAGTTTTCTGATAAATAGGATAGAGGGTGTAATATAGAGCATTATTTTTTAATTGTGGTTATAACT TACGAATGCACTCAACATCTGTTTGACTGTTTCATTAGTTGGGACATTTGAGACAGTGACCTGTGATTTTCACACTCATG CACACATAGCTGGAAAGATCTTAACTTTTTAACTAGGTCCAACCCTTAATACCAGTCTGGAACAAGTCATCTAGGGCTTT TCATATTTGCTGGAATAGATACTACTTGATTGTGCTCTGTAGTTGAGCCCCTTTTGTGGAAGCAATGAAAAAATTGACCA TTGTTTATTAGAAGAAAATACTATGCACTAATAAAATCTAAAAGTGTCATCATATCTTGATTGCAATATTTCTTCGTTGT GCCTGAAATAAGGGATCAATCTGACTTGTCCTGCATTACAGAAGAGTCTGTGTGATTACTGTTGTAATGTGAAAGTAATT TTGATCCATTCTTGTCCTTCACTTTCAGATGGCTCAAATCCCCGAAGGCATAACTGAACTATTGCATCACGAGGAGTTGT CTGTGCCCTTGGTATGTCTTTGGAAGTTTGTTAACAAATTTTTTCCTTAATTCTCACTCATCACAAGTTGCATTTAATAT CGAGTAACTAATAAAAATTTGTATTTTACATTTATTTGTTGTGACCAACTCCTTATTGTGTATAATGTAAGCATTCAAGG AATAGTGGTTTTAACTGTTTGACATAATGTTGTGTCTTGCAGATCAAGTGCCAAAATGTAATAGTTCTTAGTGCCACAAA TGTTTTGGAGCTGGAAAAGCAGTGGGACTGCTTGATGGAATTAACTAAATCTAGTAACCTGCTAAAGTTGCTGGACCCGT ATGTCTCAAAGAATGTGACAACAAATCTATTAGATGTAAGTGGTAACTTTCATATATCATGATACATCTGGCTTGATTTC CTTCCTTTTCATTTGAAGATTGTTTGATATTATGATTGATTTAATATACATTGAACACAACGCCTGCATTTGCTTGGAAT TCACTTGTAGCGCTTTTTCTCCTAGCTTTGCCTTAGTAATAAAAATTATCAGAAGTGCTAATGATGTGTACATTAATCAA ACCTTTTTTTTATGAAACTTTTTTCTGGTAGCAGTACGATGCAAATTACTATGATGAGAGTATGCAACATCTATATGCCG TGTTTGCCTTTCTCTTTAAATTTTTCCCTTCTGGGCTCATCTGATCTTATATTGGGATATCTAAACTACAGACTGAAGTT GCTGAACCTCTGTCAAAGCTTTGTCTTGAATTTCCAGACCTTTATATTGGTATGAAGTTTATGGTTTTTTATGATTTTTA CCAGTCTGTGACTCATAAGTCCATCTTTTTCTAAACAAATTGTTTTTCTTCTTTGAAACATCAAGGGTGTTACCGCAAAG CCAGATATGGATCTCTCATAGTAAGTTTCAGAGGAAAGGTATGAAGAAACTTCCATATTTTAGTCTTTTTTTAAGAAAGA AATGTAAATATCTCTGTTAAGCCTTTCTAATATTGTTACAGGACCAAACTCGCATTGAATCAGCAATCAAAGCATTACAG AAGAAGTTTCAACCTGGTGCTTTCATGGAGATGAACTAGAATGATATTCTACATGTTGTCAACAGAATGAAAATCTTTTT TGGGTTGGGATCATGTCATGTTATCTACAAATATAAGATCCATTGGCATAAAAGTGGACTAGGAAGAAAATGATGGATGC TGCTGCTGCTGTCTGGGTAGAAGTAAGAACTATTTTTTTGACTGGCTAGAAGAAACAACAATGGTTACTAACAGGTGGCT GAAGCTTCCATTTTATTGTGATATGCAGCACTTTTAACTGCGTCATGGGCCTTGGATAACCAATTGATTATTATTAAATT ACTATTATCTACAGCACAAGTTTACAAATATGCAGGCATTTTCATTGAAAATCCATCAGTTAAACCATTGATGTTGATTG AATATACTTCCTATTATTGACAAGAAGTAAGCCAATTGATGA
CDS sequence (LotjaGi1g1v0688100.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGATCGATAGAGCAATCAGAGAGTGTGACGATCGAAGGCTTCAGACCAAGTATAACAATGCTACCTATGTTATTCA GAGAGCCTTGGCTTTGTATTCTATTGAGGAGGTTGCCTTCAGTTTCAATGGTGGAAAGGATTCTACGGTTTTGTTGCATC TACTCAGGGCTGGCTATTTCTTGCATAAAGAGGGGCAAAATAGTGCCAATGGGGATCTAAAAGATTTTCCAATTCGAACA ATATATTTTGAGAGTCCTTGTGCTTTCCCGGAAATCAACTCATTTACCTATGATACAGCTGCTACCTATGGTTTGCAGAT TGACACCATTCGCTTAGATTTCAAGTCTGGTTTGGAGGCTTTGCTGAAGGAAATGCCAATTCGAGCTATTTTCCTTGGAG TTCGAATTGGGGACCCTACTGCGGTTGGCCAAGAACAATTCTCCCCTAGTTCACCTGGGTGGCCACCTTTCATGAGAGTG AATCCCATTTTAGATTGGTCATACAGAGATGTGTGGGCCTTCCTTTTAATTTGCAAGGTCAACTATTGCCGCCTTTATGA TCAAGGTTATACTTCAATTGGGAGCATATATGACACAGTTCCCAACTCATTATTATGCATTAGCAATTCTTCCAATAAAT TCAAACCAGCATATTTGCTTGCCGATGGAAGATTAGAGAGGGCAGGGAGGGTTAAAAAGTTATCTTCTTCTACTTGTGGA CAACTTCCTGTTGATAGCAATGGCTTGACTAGCCTGGATATGCATAAAAACAGCATGCTAACAGCATCAATCATTGGCGT GGGAGATGAGATTCTGTTTGGCATTGTTGAGGATCAGTTGGGACCTTATGTATGTAGGAAGCTGCATTCGGTTGGTTGGT CTGTACTGCAACTTTCTGTTGCACACAACAATATAGATTCTGTGGCTGAGGAAGTTGAGCGGCAGAAATCTACTACTGAT ATGGTATTTATATATGGTGGTGTAGGTCCACTGCATTCAGATGTGACCTTAGCAGGCATTGCAAAAGCTTTTGGTGTTCG TTTGGCTCCTGATGAAGAATTTGAAGAATATCTCAGGCAAACTATTGGTGATCAGTCCACTGGTGACCGAAATGAGATGG CTCAAATCCCCGAAGGCATAACTGAACTATTGCATCACGAGGAGTTGTCTGTGCCCTTGATCAAGTGCCAAAATGTAATA GTTCTTAGTGCCACAAATGTTTTGGAGCTGGAAAAGCAGTGGGACTGCTTGATGGAATTAACTAAATCTAGTAACCTGCT AAAGTTGCTGGACCCGTATGTCTCAAAGAATGTGACAACAAATCTATTAGATACTGAAGTTGCTGAACCTCTGTCAAAGC TTTGTCTTGAATTTCCAGACCTTTATATTGGGTGTTACCGCAAAGCCAGATATGGATCTCTCATAGTAAGTTTCAGAGGA AAGGACCAAACTCGCATTGAATCAGCAATCAAAGCATTACAGAAGAAGTTTCAACCTGGTGCTTTCATGGAGATGAACTA G
Protein sequence (LotjaGi1g1v0688100.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MEIDRAIRECDDRRLQTKYNNATYVIQRALALYSIEEVAFSFNGGKDSTVLLHLLRAGYFLHKEGQNSANGDLKDFPIRT IYFESPCAFPEINSFTYDTAATYGLQIDTIRLDFKSGLEALLKEMPIRAIFLGVRIGDPTAVGQEQFSPSSPGWPPFMRV NPILDWSYRDVWAFLLICKVNYCRLYDQGYTSIGSIYDTVPNSLLCISNSSNKFKPAYLLADGRLERAGRVKKLSSSTCG QLPVDSNGLTSLDMHKNSMLTASIIGVGDEILFGIVEDQLGPYVCRKLHSVGWSVLQLSVAHNNIDSVAEEVERQKSTTD MVFIYGGVGPLHSDVTLAGIAKAFGVRLAPDEEFEEYLRQTIGDQSTGDRNEMAQIPEGITELLHHEELSVPLIKCQNVI VLSATNVLELEKQWDCLMELTKSSNLLKLLDPYVSKNVTTNLLDTEVAEPLSKLCLEFPDLYIGCYRKARYGSLIVSFRG KDQTRIESAIKALQKKFQPGAFMEMN
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 | 1 | 438 | 438 | 1.3E-237 | – | |
| PANTHER | 1 | 438 | 438 | 1.3E-237 | – | |
| Gene3D | 5 | 233 | 229 | 8.5E-75 | ||
| SUPERFAMILY | 12 | 189 | 178 | 2.37E-33 | – | |
| CDD | 37 | 194 | 158 | 4.94843E-40 | ||
| Pfam | 38 | 200 | 163 | 2.1E-19 | ||
| Gene3D | 258 | 417 | 160 | 1.6E-26 | ||
| SUPERFAMILY | 260 | 365 | 106 | 1.06E-17 | ||
| SMART | 263 | 424 | 162 | 2.4E-5 | ||
| Pfam | 264 | 364 | 101 | 1.1E-15 |
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. |
Expression pattern of LotjaGi1g1v0688100.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
Loading expression data from ljgea-geneid. Please wait…