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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0688100 |
| Transcript ID | LotjaGi1g1v0688100.1 |
| 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_chr1:125544324..125554303) extracted from Lotus japonicus Gifu genome v1.2.
TTCGTCGTTGCGGAACAAAACACTTCTTCTAAGAAGAAAACCAAGACTAAAAGACCTTTTAGGCATAATTCTTTGCCTTT ATTTTCTATGATTGAATGTGACCATTTGGATCCATTCTTAAATTTCAGTTGGAGCCGTCAATTTCATTCATATTCGTATT CAGCAGAAACATCAAACACATACAACTATCCATCTTTTTGTTCAGTTTCTGCTCCATCTCTCAATCTCACACAACCAACC AACCAACCATATCTTGCATGTTCCAAATTATCTCTTCATCCAATCCATTTGATTTCACTCACAAAACAACAAAAACGGCT CAATCGTTCATTCACTGATATTTCACTGCAGCCACATCCACCTTCACTGAACCAGGTTGGTTGTTGTCTTCAATTCGCAA AAAGATTGCTTTTTGACGAAAACCCAGGTTTTCTTTTCGTGAAACATCATTAAATTTGAAATCTTTGAATGTCCCATTTG CTAAAAATTTGTTTTCAATTGTTTTGGTTTTTTTTTTGTTTTTGCTGAGATTTTGTGTTGATAGGTCAACATGGAGATCG ATAGAGCAATCAGAGAGTGTGACGATCGAAGGCTTCAGACCAAGTATAACAATGCTACCTATGTTATTCAGAGAGCCTTG GCTTTGTATTCGTAAGTCTTCTTTGTTTCTCATGACTATAGGTAATAGCTGTGACATGTGATTGATGGGGATTTCATATA TGAGGAGTTAGATTCAGTTGTCTGTTTTGTGTTGGTTAGTTTAAATCTGAAGAGGAAAAGAATGTTATGTGCTGTTGACT TGATTTTTGGTTGCTGCTGCATCTGGAAAGGTGAATTGGTTATCAATGTGGATGGATGTTTGAATTGTCTAGGATCAGTT TGATGAGATTCTGGGGTGATATTGAGTTTCCTCCATAGGTAATTGTTGTCTTAGGGGCAAGCCATGTTAAAAATGCCAGT CTGTTGACTTGAACATAAATGTTATGAATGATGGTCTGCACAAGAAATTCCACATGGTCCAAGTTAATGGTGCTATCTCA AAAGTGGGAATAGATTTTCTGTTGATATGTGTATGTTATTCAAAAAGGGAATACAAGCTTTGTTTATCGACTATCGTTAT TTATAACTGTATGCCTTTTCTAAACAACTTAACAATTCTTCCTGCTTCATTGGAGCAGTATTTTGCATTGGTGACTGCAG AATGAAGGATTTAAACTTGATTGTTCTAGTTTAAGGATAAGTCCATAGATCTTAGAGTGATGCCTCTTACTTTTTCGGTG TCTTTTTACTAATTCATTTAGGTTAAGTCATACTTGTAGTACAGTATAATTGGAAAATATAATTTACATTTTAATGTTTG ATCTTTGATGACTGTCTTCTCAAACCAGATTGTCCTTGTCAATGTAAATTGACCAATGTCTGCATTCACAAATTTATTTC TTCTTACAGTATTGAGGAGGTTGCCTTCAGTTTCAATGGTGGAAAGGATTCTACGGTAAGTTACACGGTGCATAATCCGT TAGCATCTATCAGAATCTTTGAGCTTATTAATGGTGACATTGAGATGTGGCATGCAGGTTTTGTTGCATCTACTCAGGGC TGGCTATTTCTTGCATAAAGAGGGGCAAAATAGTGCCAATGGGGATCTAAAAGATTTTCCAATTCGAACAATATATTTTG AGAGTCCTTGTGCTTTCCCGGAAATCAACTCATTTACCTATGATACAGCTGCTACGTGAGTAAAGCTTCATCTTCATTTG TTGAATTTTTTTTATTAATTGGCATTACAATATTGATAGCACAGAAGTGTGATATTTTCCTCCCTTTTTTCTGTTGTTCT TTTTCTTGTTTAAGGCTTCTTACCATCTAAGTGGTGGAGTAACTAATGATTTTTACTTGAGCAGCTATGGTTTGCAGATT GACACCATTCGCTTAGATTTCAAGTCTGGTTTGGAGGCTTTGCTGAAGGAAATGCCAATTCGAGCTATTTTCCTTGGAGT TCGAATTGGGGACCCTACTGCGGTATCTTTATTTCTTAACTATGACATAACTTTTTTGTTTTAAGTGTATATTCTCTGAT CTGCTATTCATCCGACACTCCATATTTTTTTATGCATGCTTATCAAAATGACATTTTACTTGAAAATGCTTTGGGCCCTG TAAATGCGAAATTTAAAGGAAAGATACAAAAGTGAATATGTTACATGCTATATATAAATAAATACCCTTAAAAAACTACA CATTCAAACAGCTATTCATAGATTTATGTTCTGAGGAGAAAATTAAGCTCCATATTCATAACTCAATAAGTTGCAATCTA GTAAACATAAAATTGCTTAAACTATCACAGAATAATATGAATTTTAGTATAATTATGACTTCTAAATGCTTGTATGATAC TACCACTTTGGAACCATTTCAGTATAAATTAAATGTCTCAAAACTTTCAATTTTCCAATTATTACTTTTTGTGAAGTTAT CTTGAAAATATCCTGAGTAGTACTAGCAAGTAATGATCAGATTCTAGGTGAGATGATCACTCTAAGCTGTTCAGGAGAAG AGAATTAGGGAACATGAGCAAAATCTTCTCTTTGAAGAGTAACGATTGCTTCTGGAATCAATAGACTTGACAGTATACAT TGTTTGGAGGTTTCCTTTATTTATTTATTTTTGATAAATACGGTATATTTTTTGACATGCTGGACCAAACAAGATGTTTT CAAAGCCTAACACTGACAAGTACCGGAAAAATGGCTCAAATTTAAATCCAATAATATATGAAAATATAAGCATAAAATTG CTTATCAAAAGATAAAAACTTGATTTTACCACTCATATTGCCTAAAGGCATGTTTCCAAGCATGTTCATTCAAATACAGT TTAGAGAAAAATCTCAAGTGTATGGCCAAGTAAAAGCAAAAAAGTGTATGCATTTACGCTTTTAACCAAAATTTGATTAC CATGGTTTTATGAAAATTAGAATCTTACCATATTCTATTCATACATAATCATATGTACTCCAACCCTGCAGGTTGGCCAA GAACAATTCTCCCCTAGTTCACCTGGGTGGCCACCTTTCATGAGAGTGAATCCCATTTTAGATTGGTCATACAGGTTTGG TCCTTTGTTATATGCTGTTTCTTCTTACTGGCTTTTATTAAATAAAATTAGAGCTGGTAATTTGATTACCATGGTTATAT TTGCTGCTGCTTCGTTCCTTTAAACTCTTCTATCTTAACCACCTAAATGATTGGAGCTAACTTGTCCATAAACTGTTTCA TTGGATTAGAAATTTTGCACTTACTGGGCTTGCCATCACATATTTGCTACTGTTGGATAAGATGCTTGATGTCCCCAAAA GTATTATAAAGATAGATCTGTGGTTATTAATTGTGCAAGTAGTGTCACTAATGATAGACCAACTCATACCTATTTTAAAA TTTACATTTGTAGCACCTATTTTTCCCACTTATCATCTACCTAAACTCATACATTTTGAAGACAGCCATAGCAGTATTTG AGGTTAATTCTTGTCCTTGGTGCTAGTTCTCTTAGATTTTTGTTAATCACTCATCTTAGAAAAATAGCTACATAAGCTGG TAAAATGATTAGGTTTCTTCTTTCAATTTACATGCTAATTTGTTAGCATTATCACCTGGAAAATATATTGTTTGTTCTTT GCCATGATTACTTATATGGATAATGGATGCTTTTGGAATATGAAAGTAATAATTGCTTCATTTAGTCAGGCATTTACTTG CTTATATTTCTATGCAGAGATGTGTGGGCCTTCCTTTTAATTTGCAAGGTCAACTATTGCCGCCTTTATGATCAAGGGTA ATACTAAATACATATGCTGGACTTTTTTTGGTTGGATTTTAACATATGCCTGCCATACTTTTCCTTTTTGTTTAACTTTT CTCTCAGAATGGGGGACTCTGGGAGAATAGTTGTATGAAGGTCTCATAACTTTGCTTTCTTCCTTTTTTAACTACATAAA CAAACTTCACTAAATGACCTCACTGGCATTCTGTGTCCAGCATTTACACTATCCATCATTGTTGACATGAAGTTCTAATT GTTTGTGTTTATTCAAGAAATTTTGGTGTGTGATTATTTCTTTATTATTGGTGCAGTTATACTTCAATTGGGAGCATATA TGACACAGTTCCCAACTCATTATTATGCATTAGCAATTCTTCCAATAAATTCAAACCAGCATATTTGCTTGCCGATGGAA GATTAGAGAGGGCAGGGAGGGTTAAAAAGTTATCTTCTTCTACTTGTGGACAACTTCCTGTTGATAGCAATGGCTTGACT AGCCTGGATATGCATAAAAACAGCATGCTAACAGCATCAATCATTGGCGTGGGAGATGAGATTCTGTAAGTGCCTCGATA TCACATGGATAGCTGGATTATGTGAACTGCTTTATAGTTCTCCACTGGGTGATTCGACAATTTTATCAGATTTTGTACCC AATTTTCAAGCTTCCTAGTATGGCTATGCCATGGTTTAATCTATTGTTGAATTTCTCCATTGTAAGCTGGGTTACTTATT GCTAGGTCCTGTTATATCTTGACATTACTGGTCTTCTATTCTTCATGAACAAACAATGTCCTTTTTTACAATGCGAAGTA AAGAAACCAGAAGTTTTTAATCTCCATCTTGTCTTTCTGTGCAGTGAACTGATTGATTTTTGTGATCCTTTAACTGTTTT GTTAATGTTCTCTTTTTCTTTGCTCTGTTCCATAGCTCAGGTTTGGCATTGTTGAGGATCAGTTGGGACCTTATGTATGT AGGAAGCTGCATTCGGTTGGTTGGTCTGTACTGCAACTTTCTGTTGCACACAACAATGTGAGTTTTTTCATTTCTGTAGA AATCCTACCTGCGTGTATATGAACTGTTCTGCTTACACTTCAAGCTTTAGTGAGTTTGTGGATAATGTACCACATGTAAA CTCCAATACAAGCATTATTCAATTTTATGGTTTATGATATGTCTTTTGTACAGATAGATTCTGTGGCTGAGGAAGTTGAG CGGCAGAAATCTACTACTGATATGGTAATATGAAAATGCTTAGAAAGTTAAATGCATGACTTTTCTTCTTGATGAAAGGT TGGTTCAGGTTATTGATCTGGTGCTTCTTTTAGGTATTTATATATGGTGGTGTAGGTCCACTGCATTCAGATGTGACCTT AGCAGGCATTGCAAAAGCTTTTGGTGTTCGTTTGGTGTGTTTCTTCTTTCAATTATATTTTTCAATTTAAGTCTACTATA ATCATTCCCAAAATATGCTGCATTCTTAAAAGATGAAGTTCTACTACAGTCGAGCTTCTGCTAACTTGATGAAGGCATTT TTTAGCATACAGTGTAGCTTTTATCATTAATTTCTTTTGATTTAATTGTAACACATCAGTTGGTGATTTTCTTTTGATGT AGGCTCCTGATGAAGAATTTGAAGAATATCTCAGGCAAACTATTGGTGATCAGTCCACTGGTGACCGAAATGAGGTGATT TAGTATACAGAAGCACTTTTTTTCTTTCCCAGGATCTTATATTTCCGTTGCCCACTTTGGGTAGGATTAGGAAACCAATC CCTGTTTGGGGTACTGAGGCTGTCCCTCCCCAAAGGTTCTTTTCTATTGGCTCAGTCCCTGTGATGTACAGGGTCCTCAA TGACTAATAATTTATTATCACTTACCAAAGAAAAAGCCAGTTATCTATCTTATATTTATGTTTTTTCTTTGTATAATTAA TGGTGTTATAATTGAAGAAAGCATGTGTTTGATTTCAGTTTTCTGATAAATAGGATAGAGGGTGTAATATAGAGCATTAT TTTTTAATTGTGGTTATAACTTACGAATGCACTCAACATCTGTTTGACTGTTTCATTAGTTGGGACATTTGAGACAGTGA CCTGTGATTTTCACACTCATGCACACATAGCTGGAAAGATCTTAACTTTTTAACTAGGTCCAACCCTTAATACCAGTCTG GAACAAGTCATCTAGGGCTTTTCATATTTGCTGGAATAGATACTACTTGATTGTGCTCTGTAGTTGAGCCCCTTTTGTGG AAGCAATGAAAAAATTGACCATTGTTTATTAGAAGAAAATACTATGCACTAATAAAATCTAAAAGTGTCATCATATCTTG ATTGCAATATTTCTTCGTTGTGCCTGAAATAAGGGATCAATCTGACTTGTCCTGCATTACAGAAGAGTCTGTGTGATTAC TGTTGTAATGTGAAAGTAATTTTGATCCATTCTTGTCCTTCACTTTCAGATGGCTCAAATCCCCGAAGGCATAACTGAAC TATTGCATCACGAGGAGTTGTCTGTGCCCTTGGTATGTCTTTGGAAGTTTGTTAACAAATTTTTTCCTTAATTCTCACTC ATCACAAGTTGCATTTAATATCGAGTAACTAATAAAAATTTGTATTTTACATTTATTTGTTGTGACCAACTCCTTATTGT GTATAATGTAAGCATTCAAGGAATAGTGGTTTTAACTGTTTGACATAATGTTGTGTCTTGCAGATCAAGTGCCAAAATGT AATAGTTCTTAGTGCCACAAATGTTTTGGAGCTGGAAAAGCAGTGGGACTGCTTGATGGAATTAACTAAATCTAGTAACC TGCTAAAGTTGCTGGACCCGTATGTCTCAAAGAATGTGACAACAAATCTATTAGATGTAAGTGGTAACTTTCATATATCA TGATACATCTGGCTTGATTTCCTTCCTTTTCATTTGAAGATTGTTTGATATTATGATTGATTTAATATACATTGAACACA ACGCCTGCATTTGCTTGGAATTCACTTGTAGCGCTTTTTCTCCTAGCTTTGCCTTAGTAATAAAAATTATCAGAAGTGCT AATGATGTGTACATTAATCAAACCTTTTTTTTATGAAACTTTTTTCTGGTAGCAGTACGATGCAAATTACTATGATGAGA GTATGCAACATCTATATGCCGTGTTTGCCTTTCTCTTTAAATTTTTCCCTTCTGGGCTCATCTGATCTTATATTGGGATA TCTAAACTACAGACTGAAGTTGCTGAACCTCTGTCAAAGCTTTGTCTTGAATTTCCAGACCTTTATATTGGTATGAAGTT TATGGTTTTTTATGATTTTTACCAGTCTGTGACTCATAAGTCCATCTTTTTCTAAACAAATTGTTTTTCTTCTTTGAAAC ATCAAGGGTGTTACCGCAAAGCCAGATATGGATCTCTCATAGTAAGTTTCAGAGGAAAGGTATGAAGAAACTTCCATATT TTAGTCTTTTTTTAAGAAAGAAATGTAAATATCTCTGTTAAGCCTTTCTAATATTGTTACAGGACCAAACTCGCATTGAA TCAGCAATCAAAGCATTACAGAAGAAGTTTCAACCTGGTGCTTTCATGGAGATGAACTAGAATGATATTCTACATGTTGT CAACAGAATGAAAATCTTTTTTGGGTTGGGATCATGTCATGTTATCTACAAATATAAGATCCATTGGCATAAAAGTGGAC TAGGAAGAAAATGATGGATGCTGCTGCTGCTGTCTGGGTAGAAGTAAGAACTATTTTTTTGACTGGCTAGAAGAAACAAC AATGGTTACTAACAGGTGGCTGAAGCTTCCATTTTATTGTGATATGCAGCACTTTTAACTGCGTCATGGGCCTTGGATAA CCAATTGATTATTATTAAATTACTATTATCTACAGCACAAGTTTACAAATATGCAGGCATTTTCATTGAAAATCCATCAG TTAAACCATTGATGTTGATTGAATATACTTCCTATTATTGACAAGAAGTAAGCCAATTGATGATGATCATTCAATAACGG ACTTGTTCCTTTGTTAGATTCTAATAGATGTTTTAGTAGTTGTTTTGATGTTTTCCTTTTCCTTTTATCTTTTTTTTTGA TACATCGGAAAGATAAATTGCACCCGTCAGGAATCGATCTCTAGACCTTCCCCTACCCAACCCATATGTCCCTCCCTAGC TCCTACCACTTGAGCTATTCTACAGGGACTAAGAATAACATAGCATTGGACTTAGCTAGAATAAAATTGTGATAAAGCAA TGGTGTAGTTATACTTGCCCTAGGTCAAACAACCAAGATGTGATTGTGAACGCGTCACTTGTGTACGAAAACATTGAAAG ATGTGTGTTATTGTAATAAGGTTTGAGAGTTTGACTGAGAGACTCTATACCCGTTTGCTCAATTAATCAAACTATTAAAC TAAAGTACCAAAACATTAAATTTTGAACATGTCTTGGTCGGTTCAAGGACAATTTTTTTTCTCTAAAATCAAACTCGATC GAGAAACTTGCATCTAAAAATTTAAAGTTGACCTGAACTTTTTGAAAGCCTGGCCCAACGAAGCGCAAAACCCTGGTAGA AGATTTGCAGAGGCTTTGACCAAAAAAAAAAGATTTGCAGAGGCTGCCCCGAGCAAATTTCAATCAGACCTCTTTCATTT TAGTTGGGTTCTTTCCCTCCTTATTGAGTTTTTTTCTATCCTCTAGGTTGGATTTTTATTTTGTTTTACCTTCCATGTTT GTCTTCTTTCTCCCTGAGCCATCACCTTCCACTCCTCTCCACCACCACCTCCAAATTTCGCCTTGTGTTTTCACTTTCCC TTTTCCAACTTTCACCTTTTTCTTACCTCATCTTCTCTTCTCCTTTGAACTAATGATATAATGTTTCCTCTATCAAGCTT GGATTTGGTGCATTTGAGTTGTTTGTACATTGTTATATGATTGACCACCATTCTAACAATATCAACAAAGCCAATAGGCT CTGAATATAGGAGCAGACATGTTGTGGATGGATATAAGAAGAGTATTAGCTAGAGGTTTAATTTTGATGTCAAATCTAGT TGAGTAGTTTTTTTTCCTTTATGTTATGGTTTGATGTTTTATTGGATTGCAGTGAGCAAGCATGCTTAATATTATAGTGA TTAGGGCTGAGCATGGGTCGGGTTCGGGTGAGTTCAGGTGAAACATACCGGGTTTGAACGGGCTTCAATCAAGCATATTC ACCACCGATTCCGCCCATGGTATGATTACGGGTGTGTCGGTTTGGGTGAAACGGGTAGCGGGTAGCTTCGGTGGGTTGGG GCGGTTTGAACCCAGAAAAAAAAAGAGAAAATTAAGAAGGAAACCCAATATAGAAGATGGGAAGATCAAAGAAAAAATAT CCTAAAAACAGAGAGATTAAGAAGAATAAAATTTACATAGAAAGATCCAGTTGCTCTAATCACTGAAGCATGGAAAAAAT ACAACAAAATATTCATATTTCCAGCCTTTCATTTGGTCACCAGTAAGCCCCTTTTTATGCAGTTTTTGACAGCTAGCTGT AGAGCCATGGCGAAGAATAGAGGGGTAGAGTCGTAGAAGGTGGAAACCATGGATAAATGAAGAAAAACTGAAATGTTGGA GGATTAGAGAGGGAGATGGGGAACCATGGTGAAATAAAAAAGAGAAAGAAGTGCTGGAGAAAATGAATAATGGAATTGGA ATTGGTTTGAAGACTAATGGAATTGGAAGAAGAAAGAGACGTTTTTGTGGCCTTGGAATGAGAGAGAAGTAGTATGTTTC CAATAAACAATTAAATGAATTAATGACCCATGGAACTTCAAAAGAGTTAATTAAAAAAGAAAGAGATAGTGGGCAGAGTA GTTGAACGGCTTTAGACTAGTAGGAATACACTGCAAACAGTGAAAAGTTAAGTAGATGTGCCAGGCTAGTACAGGTCTAG TGGTCTACACGCTGAACAACACGGGAACTTATGCATTCACGCGGTCGGGTGCCGGTTTCCACGGAAATATTTTACACAAC CCGCACCCGCCCGTATTTAACTGATTCAAACCGATTTTTCACGTTTCTGTACCCGATTACCTGCCCAAACCCGCCCGAGG GCTTTATTTTACTGTCGGGTGGCTCGGTTACGGGTCGATGGCGGGTTGATGCTCACCCCT
CDS sequence (LotjaGi1g1v0688100.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGATTGAATGTGACCATTTGGATCCATTCTTAAATTTCAGTTGGAGCCGTCAATTTCATTCATATTCGTATTCAGCAGA AACATCAAACACATACAACTATCCATCTTTTTGTTCAGTTTCTGCTCCATCTCTCAATCTCACACAACCAACCAACCAAC CATATCTTGCATGTTCCAAATTATCTCTTCATCCAATCCATTTGATTTCACTCACAAAACAACAAAAACGGCTCAATCGT TCATTCACTGATATTTCACTGCAGCCACATCCACCTTCACTGAACCAGGTCAACATGGAGATCGATAGAGCAATCAGAGA GTGTGACGATCGAAGGCTTCAGACCAAGTATAACAATGCTACCTATGTTATTCAGAGAGCCTTGGCTTTGTATTCTATTG AGGAGGTTGCCTTCAGTTTCAATGGTGGAAAGGATTCTACGGTTTTGTTGCATCTACTCAGGGCTGGCTATTTCTTGCAT AAAGAGGGGCAAAATAGTGCCAATGGGGATCTAAAAGATTTTCCAATTCGAACAATATATTTTGAGAGTCCTTGTGCTTT CCCGGAAATCAACTCATTTACCTATGATACAGCTGCTACCTATGGTTTGCAGATTGACACCATTCGCTTAGATTTCAAGT CTGGTTTGGAGGCTTTGCTGAAGGAAATGCCAATTCGAGCTATTTTCCTTGGAGTTCGAATTGGGGACCCTACTGCGGTT GGCCAAGAACAATTCTCCCCTAGTTCACCTGGGTGGCCACCTTTCATGAGAGTGAATCCCATTTTAGATTGGTCATACAG AGATGTGTGGGCCTTCCTTTTAATTTGCAAGGTCAACTATTGCCGCCTTTATGATCAAGGTTATACTTCAATTGGGAGCA TATATGACACAGTTCCCAACTCATTATTATGCATTAGCAATTCTTCCAATAAATTCAAACCAGCATATTTGCTTGCCGAT GGAAGATTAGAGAGGGCAGGGAGGGTTAAAAAGTTATCTTCTTCTACTTGTGGACAACTTCCTGTTGATAGCAATGGCTT GACTAGCCTGGATATGCATAAAAACAGCATGCTAACAGCATCAATCATTGGCGTGGGAGATGAGATTCTGTTTGGCATTG TTGAGGATCAGTTGGGACCTTATGTATGTAGGAAGCTGCATTCGGTTGGTTGGTCTGTACTGCAACTTTCTGTTGCACAC AACAATATAGATTCTGTGGCTGAGGAAGTTGAGCGGCAGAAATCTACTACTGATATGGTATTTATATATGGTGGTGTAGG TCCACTGCATTCAGATGTGACCTTAGCAGGCATTGCAAAAGCTTTTGGTGTTCGTTTGGCTCCTGATGAAGAATTTGAAG AATATCTCAGGCAAACTATTGGTGATCAGTCCACTGGTGACCGAAATGAGATGGCTCAAATCCCCGAAGGCATAACTGAA CTATTGCATCACGAGGAGTTGTCTGTGCCCTTGATCAAGTGCCAAAATGTAATAGTTCTTAGTGCCACAAATGTTTTGGA GCTGGAAAAGCAGTGGGACTGCTTGATGGAATTAACTAAATCTAGTAACCTGCTAAAGTTGCTGGACCCGTATGTCTCAA AGAATGTGACAACAAATCTATTAGATACTGAAGTTGCTGAACCTCTGTCAAAGCTTTGTCTTGAATTTCCAGACCTTTAT ATTGGGTGTTACCGCAAAGCCAGATATGGATCTCTCATAGTAAGTTTCAGAGGAAAGGACCAAACTCGCATTGAATCAGC AATCAAAGCATTACAGAAGAAGTTTCAACCTGGTGCTTTCATGGAGATGAACTAG
Protein sequence (LotjaGi1g1v0688100.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MIECDHLDPFLNFSWSRQFHSYSYSAETSNTYNYPSFCSVSAPSLNLTQPTNQPYLACSKLSLHPIHLISLTKQQKRLNR SFTDISLQPHPPSLNQVNMEIDRAIRECDDRRLQTKYNNATYVIQRALALYSIEEVAFSFNGGKDSTVLLHLLRAGYFLH KEGQNSANGDLKDFPIRTIYFESPCAFPEINSFTYDTAATYGLQIDTIRLDFKSGLEALLKEMPIRAIFLGVRIGDPTAV GQEQFSPSSPGWPPFMRVNPILDWSYRDVWAFLLICKVNYCRLYDQGYTSIGSIYDTVPNSLLCISNSSNKFKPAYLLAD GRLERAGRVKKLSSSTCGQLPVDSNGLTSLDMHKNSMLTASIIGVGDEILFGIVEDQLGPYVCRKLHSVGWSVLQLSVAH NNIDSVAEEVERQKSTTDMVFIYGGVGPLHSDVTLAGIAKAFGVRLAPDEEFEEYLRQTIGDQSTGDRNEMAQIPEGITE LLHHEELSVPLIKCQNVIVLSATNVLELEKQWDCLMELTKSSNLLKLLDPYVSKNVTTNLLDTEVAEPLSKLCLEFPDLY IGCYRKARYGSLIVSFRGKDQTRIESAIKALQKKFQPGAFMEMN
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 | 95 | 331 | 237 | 9.8E-75 | ||
| PANTHER | 99 | 536 | 438 | 2.3E-237 | – | |
| PANTHER | 99 | 536 | 438 | 2.3E-237 | – | |
| SUPERFAMILY | 110 | 287 | 178 | 3.35E-33 | – | |
| CDD | 135 | 292 | 158 | 1.56353E-39 | ||
| Pfam | 136 | 298 | 163 | 3.0E-19 | ||
| Gene3D | 356 | 515 | 160 | 2.2E-26 | ||
| SUPERFAMILY | 358 | 462 | 105 | 1.44E-17 | ||
| SMART | 361 | 522 | 162 | 2.4E-5 | ||
| Pfam | 362 | 462 | 101 | 1.4E-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 LotjaGi1g1v0688100.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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