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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0175000 |
| Transcript ID | LotjaGi1g1v0175000.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha/beta-hydrolase; TAIR: AT5G53050.2 alpha/beta-Hydrolases superfamily protein; Swiss-Prot: sp|B7KWT4|RUTD_METC4 Putative aminoacrylate hydrolase RutD; TrEMBL-Plants: tr|K7MWZ7|K7MWZ7_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0175000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:33522339..33532716) extracted from Lotus japonicus Gifu genome v1.2.
ATTTTAGAGATTATGTTAACAGTTTGTATTGTCTTGATTTCCATTAACTGAATTTTATTTAAAAGTGAATATTGTCTAGA TTTCCATTAACTGGGTTTCATTTAAAAGTGAACCACAATGATGCCTTTTTAAGAGTCCTGCATAAGCCAAAATCTTAGAC AACCCATTAATTGAGATAAACACATGTCTAGAACTTTAGTTAGCACCTGTACATAAAAATAGCCACACAAAAAGAACGTG CCATTATCATATCATGGAATTGGTGGTGTATAGTAAATCAGAAATAGTAGAATAGAGGCCACCACCCACCACCACGCCCA TTCTCTTTCTGCTTTCTGTTGAGTTGAATTCAATTTTGGAGTTGTCATTTTGACTTTGACACTATCCGCGTCCCTCCAGA AAAGCCGAACCGACCGTCCTACGTGGCATCACCCACTTCTTATCTGCCACGTGTTCCCGCCCAACCTCCCCCTCCAGCCT CCCCACACTATAATTACCTCCACCATTTTCTCTCTCCCGTCCTCTCTCTCTCTCTCTCCCCCTTCAATCCATTTCCCACA CACTCCGTCTCACGCGCCGCCGCTAAAATGCCGTATTGCGACGTCGGAACAACGCAGCACCACTCATCACCTCCTTCCTC CTCCGCCGCCGTCGCACCCGCCGACGCCGTCAACCTCTACAATGACCTGAAGATATATTATAGAACTTACGGTCGTGGTC CCACCAAAGTGCTCCTCATCATTGGTACTCTTTCCTCCACCACCGCCTCCTCCTCCTCCTCCTTTATCTTTTCATAGCTC ATTTTTTTTTCCTGATTCTATGTGGACTGTTTCAACGGTCAGGATTGGCAGCCACGCTTGAAGCATGGGGCCCACAAATC GAGGGGCTAACTGGCACCACCGTCCACAATGACGACAACGACGACGCCGTTTCGAGCGGAAATGACAATGATTCCGATGG TGGTGGAATCGAGGTTTGCGCGTTTGATAATCGGGGCGTGGGTCGGAGCTCCGTGCCGGCCGGAAAGTCCAATTACTCGT GAGTTTCGTTGTTTTTTTCCGAATTCTCCATTTCTATTTTGCTTGATTTTGATTCATTTTTCTATTGCCGAAGTGAAATT GTGATGTTGCTGAATGGATTTTAACGATTGATTGATGCTCGGTGATTGCTGGTTGCAGAACCAAGATCATGGCCAAGGAT GCGGTTGCTTTGTTAGATCATCTGGGTTGGAAAAAAGCCCATGTTTTTGGGCACTCAATGGGTGAGTTCATCTGTCTTAT TGCTATGATATCAAATAAATTTGTAGTTTTTTTATTCATCGGAAAAGGTTCGAATTTGAATAAATTTGGTTGTGGTTTGG TTGTTTTGTAGAGCTGGGAAAATAAATGAACTTATTTTTATAACTGCTATAGATTTATGTTAGGTTAGGTTGATTTATTT GTATATGTTTTAATTATATTTTCACTATCAAAACAGGAGCTATGATAGCTTGTAAAGTAGCAGCAATGGTTCCTGATAGA GTCCTCTCATTGGCATTGCTCAATGTAACAGGTGGAGGTTTTCAATGTTTTCCAAAGGTATTATTTAATATCTTTAGGCA TGAATACAATACATTTGTACAGAATGTTCTTCTTTTTTTACTGCACTGGGCAGATGGTGCTTCTGTAATATACTTACAAC TATGCGATTAGAACATCAATGCTGCATTGTGCCGCGTTTAGAATACTACATTGCATTGCCAACTCTGTCGTTTTCCCTGA CCATCCCAAGTTGCTTACTCTATCCCCTGCCCTATAACTCTCTCATAATGTAACAGTTTTTTCCCTTTAATTCGTAGAAA ATTTTAAGAAGAGGAAACTAACTATGAAAGGAGTGACATTGTTATAAGAGGTATACTTCAAGTGTTAAAAATAAAATCCC CAGTGCGATTTATCTCAAATCAAGACTGATTTATTACCTAATTGAGGAGTGATGCAAGGGGATCAAATTTTGAGTTCATG TACAATAGCGGCAAATAGCGGCGCTATAGCGGCGTAGCGGAGCGGAGCGGCTCCCTGCCGCTATTGAGATGAAATAGCGG CCAACTTCACAATAGCGGTCGTAGCGGCGCGAATAGCGGCCAAAATAGCGGCAGATCGCGGCCAATAGCGGGAAATAGCG GCGCTATATGAACGAAGGAGAAAATGACTCAAGCCCCTTCGTTTTAAATTGTTGGGGAACCTTTTTATGGGCATGTTAGG ACTTCTCAGGGCCATTATAGGTCAAAATTGATAGAATTAAGCTTCATTCTTCATTCAGATTTGCAAACTCGACTTCTTTA CCTTGCTTTTGAGAAGTTATTAGTTGTGTGTTATTGTTCAAGACTCATGATTTTTATTTCTATTATGAATGTTATGAATT TTAGGCAATATTTGACATTGTTTGCTATTTATATGTATATAGTATTAAACTATTAATGATATAAAATTACATAAAAAAAT TCAGAATAGCGGCCATCCCTCTATGCGCTATCACGCTATCCCACTTTTGGGGCCGGCCGCTACGCGCCGCTATCCGGGAT TGACTACTATGGGCACCCGGCAGTTCCAGCAGAAATGGTGAAAAAATAGACCTCAAGAAAAAAGGAGATGGGTAACATCG ACCTGGCTCTTTTCACTGTGAAACCCATGGACTATGAAATCCTAACTCATAAAACACTAATCACACAGTTGTGAAACCCT AAACAAAGTAACAAACCATCATAGTTGCTGCTATTTTCACTTGACCTCCCATCTTACCTTTCTCATTCCATCTCAGGCAA CCATCCATTTGTAGTAAAGGAACCTGTATTTGTTGTTCCCCTGTCAAATTCTGTCACTTTATCCTCCCTGGTTCAAGAAG ACATTGTCCTATCTGATAATGACAAGTGAAGAGCATGTGAATTTTATTTACTGCAATATGATTTTGTTTTGTTGTTCAGA ACATATAATATATATATATATATATATATATATATATATATTTTGTTATATTTTGCAGTCTTTTGGTTATACTTTGTGTG TCTGCGTGTTATATTTTCATTATAGCCACCATACTCCCCCCATAGGCTGCAGATCTGCAACATCATCTGCCTTCATGTTT TATGGCAGTATTTTTTCATGCTACCATGGACCACCATCAGGCATTAATAACATTGCAAATGTTTCTACTCGACTTTTAGG TTGTCCTCTCTTAGTCACATATGCTTTCATTTAGGCGTGTGGTACATTGGAAAGAAAATGTTTGATGCTATAAATATTCA GTGCTAATTTGTTTAAATGACACTTAGTTTGGAACTTTATGCTATTACGTAGCTTTTGAATTAGTATGGGTTGATAATTT GCTGAGTAATAAGTTTGAAGGTATTTGATACTCAGAATATGCTGCATCAAACAACTTATAAAGTTGGTTAGATTAGGTTT TGGCAGTTATGACCCTCCATCACGGTAAACTTACCTGATATCTGGTTGAATCTTTTATTAATTGTATGCTAAATATCTCT TGTTAATCCCTAGTCATCTATAATAAATTTTGTTGACCAATACATAACAGTAAGAAAAGAAATTGTAACTAAAATTCAAT ATTAGCCATAAAATATTCCTATGTAGTATGTATAATATTATGGATGCCCCATGCTTGATTCATAAGCTGAAATATATTTG GGTTAGATATATGTTGTTATACTTTGAATTATGATCTGTCTGATTCATGATTGCCTGTAAATTATGAGGCCTTTATGTTG GTTTAGAATTTTCCTGAAGCCCTTCTAAGATTGTTCACATAAATTATTTTTTCCAGTTTGACCGGCGAACATTCTCCGTT GCTTACCGTTTCTTGAAAGCAAAGACTCCTGAACAAAGGGCAGAAGTTGACTTGGACACCCACTACTCACAGGTAGATCA TATTCATGGTTTTGTTCAGTATTTCGCCCCCCTTAATTCCACACAATGTTTTAAATCATGGTTCACATCACATTGAGACC AAAATTGTGGCTATATGAACCACATTTATTTATAATTTTTTGCAACATCAAGAATCCTGGCATAATCAAACGTGATCGCA ATTTAAAATCTTGATTCCACATAATAGTGAACGCAGACTAATATATAAGTAAGAGAGGAATTTGGAAAGTTGAATCACTA TAGTTCCAAATCATGTCAAGATAGTCTGGGTTCTGCAGTCAATAAGCTGAAGGAGGTTATCTTGTTCTTCCTGTCTTGTA TTGTTTCTAATCTGCAATTACTAGCAGCTAAAAATAATTTTCACTGTCCTTAGGATGGAAATTTTATGTAAGTTTTATAT CTGACATGCAGGAATATCTTGAGGAATATGTTGGAACTGTTAAGAGGAGAACGATATTATATCAGGTACAGTATATTAAA TAAGCTTAATTAAGTTAAGCAGCAGATGCTGTTTACTTTGCTTGGAGTTTATTACTGTTATGCTGTAGTTCTGTGTGTGT TACCTTGGCTAAATAGCAATATACCAGAAGCATATTAAAATATATAGAGAAAAGTGCAACTTATGCAGGAAGTTGCAGCT ACTTGTAATCAAAGTATCCAAATCTTAAAGGTGTACATCATGACCAAAAATGCTTATAAATAAATGTATGTCCTCCCAGA ATTCTACCATCTAAAATATCTCTTTACTTGTTTGTAATGGTTCCTGAGAATTTCACAAATTAATAATAGGACTGTTAAAT TCAGTGAACTCTTCAAAATCCTCCGACATTCATCTTAGTTTTCTCAATTTGGGGAATTTTCATTGAGAAATCATCTCAGT TACTATTATAGCAATATTACTATTTTCAAACTTATCAGCCTTTGTTTGGAAGATCTTATTTGGCTTATCTTATTGCCTAA AAGCTTATGCAAGTAGCTCTTATGACCTACCTAAAAGTTGTTTTAAGCTTATTTTCATAAGCTGTTCAGGATAGCTTATG ATTATTTGTATCCTATTCTTAACTTATTTTAATAAATTTCTCAAATTAGCTTATGAACAAATGCTTATGCGATAAGTGCT TATGGCCATAAGCGCTTAAATAAGCTGTTTTCCCAAAACGCACCCTAAATCCATATCTATGTAGAAATATTGACGTGAGT TAATAAATATCATTAAGTCTTCTTTAATTAATAAATATCTTAAAGCTCCTGCCATGGCGTAGTCTAGGGAAGGATTCGAT CCCCCTTGCCGATCTTTTGTAGGAAGATTTCCCTGCCTTGGCACACTAGAGGCTGACTCCACCACTCAAACAAGTGACCT CTCATTCACATAGAAGCAACTCCAACTACTTTGCCTAGGCTCCCTTTGCAGATAATTCACACTGAATGATAATTCACACT GAATTATTGAACACTAAGCCCAAAATATGTAATATATTGATAAACACATCAACTAGTAACTTCCCTCATATGGAACCCTT TGCATCTATGAGATGAAAACAACTTTCTTTTTCTAAATTTTATTTCTGAACTAGAATTTTAATATTGTAGTCCATTTGAG AAGGTTAACAACATTACTAATATGTATTATAATGAATAATCAGATTTTATTATTTGAATTTCCATTTCTTTGCCCTTTTT CATTTTTGACATCCAAATAAGGGGAACGAAAGTCACCACCATTTAGTTATTCCCTTTTCTGTTATTTTCCTCTGAACTCC TAATTCCTAAACACCTTATACCAGATTTCCAATCAATATGAATGGTCATTCCGTGTTGATTAGTATAAGATATCCTAATT CAATGTCCCTTTCTCTTTCAGCAATATGTTAAAGGTATATCAAATTCTGGGATGCAATCTAATTATGGTTTTGACGGTCA ACTCAACGCATGTTGGACACATAAAGTGACTCAAACAGAGATTGAGAGGATCAAATCAGCAGGTTTTCTTGTTTCAGTCA TTCATGGCAGGTGTGTACTGTGTTCGGCTTAATAGGAACCCTATGTAATGCTGCTTAGTATGAACTATGAAGTATGAACC CTCAGTTTAAAAATATAAATAAAACGTCACACAAGGTGATGCACAAATTATTCACACAGAAAGGAAATTATGTGCATGAA AGAAAATGCAGTACACAGACACAATTTATTTACTTCATAGTCTTATTGTTTAAACATTTCCTGCACTTTCAGGTATGATA TAATTGCTCAGATGTACTATGCACAAAGACTTGCTCAGAGGCTTTATCCAGCAGCTCGACTGGTAGATCTTCATGGAGGC CACTTAGTGAGTCATGAGCGGCCTGAAGAGGTATAATTTGCATGTAATGAATGTATACCTGGAAATTTGAGCTATAGAAC ACTGGCTGTAGAATTTGCACGTTGTTCTTTGCCTCTTATGATTCACTTGAAGTGAACTAAAATATCTTAAAATTCAGGTT AATCAAGCACTGTTCGACTTGCTCAAGGCATCAAAAGGGAAGTCGGATCCACATGATTGGACTAATTTGTCAAATGCAGA GTCTTGTAAGTTTTCCATTTTTTTAAGGAATTAGTATTTCTTGCACTATTCAATTCTGCATGACCGCACATATGACACCT GCAATGACTGTTTTCTGTAGCTTGGTGGGTTAACGTGTGGTAGTAATGTCTAAGCTTCAAGCAGAGACAGACCCAGTTGG TGGGTCAGGGTAGCAATTTGAATTTCTACTACTATACACGGTTTACCGTTTTAGTCCCCACAACCTTAGAAGGTTTGCCC TAAATTCAAATTTTAATGAACCACATCCAATTCCTTCTCCCCAGCAAACCCCAATTTCGTTCACGGAGTGTTAAACTAGA CTATTCAATTAGAGCACCCAACAGCCCAAATCCCCCAGACACAGAGCATAGAGCCATGTTTCATCAGTGCATACCCGGTC CCAGATGGATTTACAGGTGAATGCCTATAAGATGTTCTAGCTTTCATATACACCAAAAGAAAAATGATACTCACATTTAC ATGTGTTATGATTCATAGACATTTAAATAGTATAGACATCGACAAATACCTTATTTTCTCTCTATCTCTCGCTTCTTATC ACCTCACATCAAATATCACATTCCTTACTTTTCTCTCTTTTCCTCCTTTCTCTCTTTGGTGTCTACACCCAATAGATGTC TCTGAATCTTAACTCCAGTAACATTACTTGCCATATAAAAATACTGACAGATATCACAGCTTGTGAAATAATAATAATAA TAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATCAAGCTTGGCTAAAAAGGTTTGCCTCTGCTTGGT CACAACCCAGAATTTCTGGGTCTGCCACTAGCTCTAAGTGAGCTGAAACATATGTTCTGATATCATATGGATCCTTATTT GAAATGAATTTTATCTATTGATTCTATTCATTTTTACTGTATGGCCTTCCAATGAATTCAGTCTTATCTTTTGGAGGCCA AAATTGAGAGTCCCTTTTTGACATATTAACTGTTAAAAAACTATTAAAATGTATCTATGCTTATGGGGCTGAAGTTGGAA TAAAGTCAATAGTTTGCTTAGGTTCACTCCTTTTTTCTGATTAAGTCTACAATATGCGTGTGCAGGGTGGAGAGGCAAAA GGTTGTCTTTTGTCAGAAACATCCAGGGGGGAAGCAACGTCTCCCTTAACTGCAGATTAGAAAACCTGCATCTCTTCCTA TTATACTTATTTGGTCTCATTGTTATGGCATTTGAATATGGAAGAAAGCTTCTAGGAAGCTTCAAACCAGTTCGAGTTGG AAGTTCCTCCTCGTACATTGAAAGTCAATAACTCCCTCCCAAGTTATTTCCTACACACTTATTGCAGGTGGGTGATATGT AACCTTGTAAACCCTAATGGGAGAGATCACAGCACTTCTTCAGCAATATGAGGCTCACGTATACGGCAATTTTGATTCAT TTCTCTCATGAGAAGGAGGGTTTCTCTCAAGCGGGCGAAAAGCAAGAGAGGATCCTTCATTTGTGCTCACGCACGACCCT AACATATCCCTTCATTGACAACATGAATTCCATGTGCTTTGTGTAGTCAATAATTTATACAAGCAAAAAAGACTAAGAGG ATTGCGGACTACAATGTACATTTAATATTGGAAAATGATACGTGAACATCATCTGCATTCTGCATAGTGCAAATACTTAC ATACACAAAAGAAAATGAAAAGGTAATATATGATGTAACGTGATAAGAAACAAAGATATAAGAGAAAAATTGACTATATG TGGGGTGTTTAACTATTTGGGTGTCATGATTACTGATTTTTGTTACAACTCTGAAAATTCTGCTCCATAATACACGATTA CCTCAATAGAATATATATTCCATTTTTGTAAAAAGTTTTGAAGTAATCGTGTTGGAAGAATCCTTTCTAGACATACTTTT TATGAATATTGAGGAAAAAAGCTGAATCACACGGGAAAAGCAATTAACTTGATGATGCCTAAATATGTATGATATCTACC CTTGTGGATGAGAACTAAAACAACCCCACCAATAAAGTGAATTGATTAAATATATTAAATAAAAGATTGAAAGATATCAA ACCTTTTCTTTGTTAGATACTGGATCAACGACCAATATTTATAATTTCCCACTAAAACACCATTAGAGAAATGTTAGTGC TATGCTTTTCAACACTAATCAATCAACATCAGGTTATATTCATAAACCTAGTATTACCTAATCAGATTAATAATAATTGA CAGAAATGTTACAAATATATATATATATATATATTATATATATATATATTAAAATAAAATAATTATTTATTATCTGGAAA AACTTAGAAACCCAATCAAGAGACAGGAATGAGAGGCAACCCGACAAAAAGACAAAAAAAAAGGGACCAAAATCATTCAA GAACTATATTGTTTTTTTTGAGGGTCCAAGAACTATATTGTTAGTAATATTTTTTCCAACACTTCATTTTGTTATTGAAT GTTTACTAATTATCACCTCCTTAATAACTAGTAGATTTTTTTTTGAAACTAACTATTAGATTTATTCATTAGTATCATAA ACATGAGATTCATTATAACAATAAAAAGTTTCAAAGAGTGTATAACAATGTTTGAGGACTTAGGATTCATCGTAGTACTA GTACCTCATGTAGTCATATTCAAAGTAACTGCAACTTTCAAGTTCAAATTATGTAAAGTGAGGTTATGTTGCACCGGTAC GGCGGTACCAGATACGAATGCAACAGGAATAAAAGCTGATTAAAAAAATTAAGTTTTGGTTAAAATATATTCAACAAGTA TCCAAATAATTGACAAAAATTAAGTGCCTAAGTAGTACCTAATATTTAGAAGTACCGAACAAGACAACCAAAACAGAGTC ATAAGTCATAGGTGGTAGACAACCAAAACCTAGTATTTCGCTACATATATCTAGTAAATATTTAGAAGTACCGAACAAGA CAACCAAAACGGAGTCATAAGTCATAGGTGGTAGACAAATTAAAAGTTAAAACCTATAATAGGGTGATGACATAAGTTTG AACCTCTTCAAAATCATTTAATGAACGAGCTTACACCCGTCAAAGAAGAAAAAAGTGTGCGATTTGATTTCAATAAAAAC AGAAGGAACCTAAAAAAAACAGAACATAGCTAGCTGTTTCATGGGATGTCAATTTGGGATTGCAAAAAGTTAGCTGATAG CAATTTTGAAAGGTGGCAGAATTAGAGAGAAAGAAAACAAGACCAAACAATGAAATTTCTTGACAATCAATGCCAGAAAA TTAACCATGTTCATTTTGATTAATTGAACTTGACATAAACATAGTAAACAACTCAAACATGGAATGAAAAACACTTGAAT CATGGAAAATTGGGTAGATAAAGGTTGAAAAAAACATAGGGTGTGAATTAATCAAGGGCTCAATTGTAAAAGAAACATGA TCATGTCAAATTTCATCATATAACTATTGAGTATGTGTGTGCATGAATGAGAGAGAGAGAGAGGGAGAGAACGTACCTTG GCACATGGCACTTGGTTGGTAGTAGAGACTCATCATGGGTTGGGGAGGTTTGGAAAAGGGGAATAAGTTGATGAACACAC ACAACACTTATACGAGGAAGGAGGGAGATAGAGAGAAAGAGACGCCGAGAATCACCTGTGTTATGCTCAATAATATTCTT TCTCATCTATTTGGAAGGAAATTGAAAGCAAATATTCCACTAGAATATACTAATATGCTACCTCACATGAATGGAAATCT TAATATTAGCTAAGGGCCCCAGCGGCACCCAACTGTCCAAGATCAATTCGATCGTCTTATCAATTAGTTTGTTACTTATA TACTAGATTGATGATCACCATGGGAGAATCCTATAGTTTTATTTTTGAAACTAGTTTG
CDS sequence (LotjaGi1g1v0175000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGCCGTATTGCGACGTCGGAACAACGCAGCACCACTCATCACCTCCTTCCTCCTCCGCCGCCGTCGCACCCGCCGACGC CGTCAACCTCTACAATGACCTGAAGATATATTATAGAACTTACGGTCGTGGTCCCACCAAAGTGCTCCTCATCATTGGAT TGGCAGCCACGCTTGAAGCATGGGGCCCACAAATCGAGGGGCTAACTGGCACCACCGTCCACAATGACGACAACGACGAC GCCGTTTCGAGCGGAAATGACAATGATTCCGATGGTGGTGGAATCGAGGTTTGCGCGTTTGATAATCGGGGCGTGGGTCG GAGCTCCGTGCCGGCCGGAAAGTCCAATTACTCAACCAAGATCATGGCCAAGGATGCGGTTGCTTTGTTAGATCATCTGG GTTGGAAAAAAGCCCATGTTTTTGGGCACTCAATGGGAGCTATGATAGCTTGTAAAGTAGCAGCAATGGTTCCTGATAGA GTCCTCTCATTGGCATTGCTCAATGTAACAGGTGGAGGTTTTCAATGTTTTCCAAAGTTTGACCGGCGAACATTCTCCGT TGCTTACCGTTTCTTGAAAGCAAAGACTCCTGAACAAAGGGCAGAAGTTGACTTGGACACCCACTACTCACAGGAATATC TTGAGGAATATGTTGGAACTGTTAAGAGGAGAACGATATTATATCAGCAATATGTTAAAGGTATATCAAATTCTGGGATG CAATCTAATTATGGTTTTGACGGTCAACTCAACGCATGTTGGACACATAAAGTGACTCAAACAGAGATTGAGAGGATCAA ATCAGCAGGTTTTCTTGTTTCAGTCATTCATGGCAGGTATGATATAATTGCTCAGATGTACTATGCACAAAGACTTGCTC AGAGGCTTTATCCAGCAGCTCGACTGGTAGATCTTCATGGAGGCCACTTAGTGAGTCATGAGCGGCCTGAAGAGGTTAAT CAAGCACTGTTCGACTTGCTCAAGGCATCAAAAGGGAAGTCGGATCCACATGATTGGACTAATTTGTCAAATGCAGAGTC TTGGTGGAGAGGCAAAAGGTTGTCTTTTGTCAGAAACATCCAGGGGGGAAGCAACGTCTCCCTTAACTGCAGATTAGAAA ACCTGCATCTCTTCCTATTATACTTATTTGGTCTCATTGTTATGGCATTTGAATATGGAAGAAAGCTTCTAGGAAGCTTC AAACCAGTTCGAGTTGGAAGTTCCTCCTCGTACATTGAAAGTCAATAA
Protein sequence (LotjaGi1g1v0175000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MPYCDVGTTQHHSSPPSSSAAVAPADAVNLYNDLKIYYRTYGRGPTKVLLIIGLAATLEAWGPQIEGLTGTTVHNDDNDD AVSSGNDNDSDGGGIEVCAFDNRGVGRSSVPAGKSNYSTKIMAKDAVALLDHLGWKKAHVFGHSMGAMIACKVAAMVPDR VLSLALLNVTGGGFQCFPKFDRRTFSVAYRFLKAKTPEQRAEVDLDTHYSQEYLEEYVGTVKRRTILYQQYVKGISNSGM QSNYGFDGQLNACWTHKVTQTEIERIKSAGFLVSVIHGRYDIIAQMYYAQRLAQRLYPAARLVDLHGGHLVSHERPEEVN QALFDLLKASKGKSDPHDWTNLSNAESWWRGKRLSFVRNIQGGSNVSLNCRLENLHLFLLYLFGLIVMAFEYGRKLLGSF KPVRVGSSSSYIESQ
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 374 | 374 | - | – | |
| MobiDBLite | 1 | 21 | 21 | - | – | |
| Gene3D | 19 | 328 | 310 | 8.5E-50 | ||
| PANTHER | 22 | 361 | 340 | 1.6E-138 | – | |
| PANTHER | 22 | 361 | 340 | 1.6E-138 | – | |
| SUPERFAMILY | 32 | 327 | 296 | 4.36E-44 | ||
| MobiDBLite | 71 | 93 | 23 | - | – | |
| MobiDBLite | 71 | 90 | 20 | - | – | |
| Pfam | 85 | 314 | 230 | 2.9E-20 | ||
| PRINTS | 94 | 109 | 16 | 4.1E-7 | ||
| PRINTS | 140 | 153 | 14 | 4.1E-7 | ||
| PRINTS | 154 | 167 | 14 | 4.1E-7 | ||
| PRINTS | 304 | 326 | 23 | 4.1E-7 | ||
| Phobius | 375 | 393 | 19 | - | – | |
| Phobius | 394 | 415 | 22 | - | – |
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 LotjaGi1g1v0175000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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