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| Field | Value |
|---|---|
| Gene ID | LotjaGi2g1v0371000 |
| Transcript ID | LotjaGi2g1v0371000.4 |
| Related isoforms 7 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | UDP-glucuronate decarboxylase protein 6; TAIR: AT2G28760.4 UDP-XYL synthase 6; Swiss-Prot: sp|Q9ZV36|UXS6_ARATH UDP-glucuronic acid decarboxylase 6; TrEMBL-Plants: tr|I3S6E2|I3S6E2_LOTJA Uncharacterized protein; Found in the gene: LotjaGi2g1v0371000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:86777335..86787180) extracted from Lotus japonicus Gifu genome v1.2.
ATGATGGGGAAGTGATTTTGACTGTTTGAAAATTGGTTCAGGGTTTGAGTTTCTGAGGCTTTGACAATGGCAACGGATTC TTCTAATGGAGACCATCAGAAAGCAGGAAAGCAACCTCCTTTGCCATCTCCCTTGCGTTTCTCCAAGTTCTTTCAGGTAA ACTCTTGCATTGCATTCTGCATGCAACATTTTGATTCCGATTGTTGTCTGGATCCTGTTATAAGGATTTCTTGTTGATTC ACTTTTGATTTTGCTTTTATTCCTTACAACAGGCCAATATGAGAATTCTGGTTACTGGAGGAGCTGGATTTATTGGCTCT CACCTAGTTGATAGATTGATGGAAAATGAAAAAAATGAGGTTAGTATAGTTGATATCTTTCTGCTCATAGTGTTAGAGCT AATCAGTGATTTAACTTGTGCAATAAAATCTTGGTATGATATGTGACCGTGTGTTTGTCTAATCAGGTCATTGTTGCTGA TAACTTCTTCACTGGATCAAAAGACAACCTTAAGAAATGGATTGGTCATCCAAGATTTGAGCTGATTCGTCATGGTAGAA ATTTATTTTCTCTACTGCAATTATCCCTTGTGTGATTTTATTCCTCATAAGATGAAACTTGAGGTTAAAATTCCTGCCTT TTCTTCCCACCTTGTGTTAGAAATATAATGTAAAACAATTATGCGTCCTTTACCTAACAGTTTAAGCTTTTGGGATAGTT GGTTCATGACATGGTATTAGACCCTCTTTGACCAAGTTGAATTTCAGCACTAGGTAGGGTGGTCTGTGCATTGTCCAAGC TTCAAGCCCAGTGGGTGAGGGTGCGTGTTGGAAATATAATATGAAACCATTCATTTGTCTTATACACAACAACTTAAGCT TTTGGGATAGTTGGTTCATGACACCTTGTAGTATGTGTATGGCATGTTAAGTCCAGAATGTGATGGTCTTCAACACAATG AAGGACCATGCAACAGAAGCTTGTTGGTCTTTAAATAAGATATTAAACTGAAGGATATATCACTTTTCTCCATCAATGAA CTATATAGAGTAGCGAGCTATATGGTATTGTTCAAGTGCAAGACACAACAGAACAATAATGCTATCATATGCACTGAGTT TCTCTGTGTTTCCTTATGCCTGCTAATTTGTTTACTTTTTCAATTAGATTGGACCTAATTTTCTTTTCCCCTTCGCAGAT GTCACAGAGCAACTGCTGGTTGAGGTTGATCAAATCTACCATCTTGCATGCCCAGCATCTCCAATTTTCTACAAATACAA TCCTGTAAAGGTTGGGTTTTCACAGTCTGGTTTTGTATTAATATCAGTTAATATGGTCCTGTGAACTGTCTACTAGGCTT ATTCCTTACTCACAGCTAGGCACAAAAGTAACTTGAATCACCCTTCCCCTAGGTTCCTCCTTATATTTGTTCTGCTGATT TGTCATGAGGATTTCATGCATGTTGTTATGATGATTCAAGTTGTTTGTAGGTCTAATAAATCAGATTGTGTTTATAACCT TCTTTCATGTGTCATATTACTCATTGGTCAATTACTTTGACTGTTTAGTGAATCGTGATAAGTTATCTAACTGTTAAAGG AATAACTTTACAGACAATAAAGACGAATGTGATTGGAACATTGAACATGCTTGGTCTCGCCAAGCGTGTGGGAGCAAGGT TGGCACCTTTTGTTTTTTCAATTTGATAATGTAAACTGCTACCATCAGTCGGTTATACCGAGTTGTAATTTTAATGGACA GGATTTTGCTCACATCGACTTCTGAAGTATATGGGGACCCTCTTATCCATCCACAACCTGAAAGCTATTGGGGCAATGTT AACCCTATCGGTAAATCCTCATCTCAATCATAATGAAGCCAACTCTAATTTGGCCGAGTTTGGCATCATGTGTATGGAAA GAAACATTCTTGTCCCAAGTTTTGGCCTTGTCAATTACTTGCTTAGAGCGGTATTGTACTACTTGTTTTTACTGTTGAAA CCCATAAGGGTACAGCTTAAGCATAAAAACATATGTGCACACAGGAGTTCGGAGTTGTTATGACGAGGGCAAGCGTGTGG CAGAAACTTTGATGTTTGATTATCACAGGCAGCATGGAATAGGTAATGCCATGTCTTTTTTTATCTTGTAATATCTTCAC ATTGATTGAGGGCATGCCCAGGACAAATTTCACACCATTGTTATCTGACATTTATTTAACTTTGTGACAGAAATACGCAT TGCAAGAATCTTTAATACATATGGACCACGCATGAATATTGATGATGGGCGTGTTGTCAGCAATTTCATTGCTCAAGCAA TTCGGTATATCCTTAAACTTATTGTGGGAAGATTGATATGTTGATAATTTTGCATGGTTTAATATACCAAACTGCAAGAG AACATTCATGCATTTCTGTAATCTAGTAAATAACAATTTATTCTGACTACAATAATTGTATGAATTATGTGCTCGATGAG CTTGCTGTTTATTTTCTAGGTCATTCATGATTGGATTTAAATACCTGGATTTAATTGACCTCATTTTCTTTGTGTTACAG CGGTGAACCCCTAACAGTCCAAGTTCCAGGAACTCAAACTCGCAGTTTCTGCTATGTCTCTGATATGGTATAAACAATAC ATGTCATGTATCTCACTGGTGTTTGTGTTGTGATTCACTTACTAGAGGGGATCTGAAAAAGGTTATACGTTTGAAATCTT CAGGTTGATGGCCTTATTCGTCTAATGGAAGGGGAAAACACTGGTCCAATCAACATCGGGAACCCAGGTTATATTACAAC TGAGGCCCCTGCGCATTAATTTTTCTATCAATTGCTAATGAGATTGTATTTTGTTCTTCCAGGTGAGTTTACAATGATTG AGCTTGCAGAGAATGTGAAAGAGGTTAGTTGTATGCCATGTCAATTCTTTGAGAATCCCAGTGCCAGTGTGGTTATATTC TTAACAAAAGTTTGTAGAAAGGAACTCTTTGATCCCAACTTATGGGTTATTTTTCTGAGAGGGGTTGTGTTTGTGCAATA TGGAGTTAATAAAGTAATGGAAACACACACACACTATTTGGCTGAAGAAACTCACGGTTATGCTTTTGGGTGAATACACA TAAATGATTTAATAATTTATACCCCTCACGCAAAAAGCACATTGGGCTTGAAGCAAGCATGGACAATGCATAAGCCCAAC TATCTTGTGCTGAAATTCAATTTTTTAATAGAAAAATGGAGACCAACAAGGATTGAACTCTATACCATTTGGTCATAGAG GCTCTAATACCATGTTCCGGACCAACTATCCCAAAAGCTTAAACTGTATTGTTAAGGTTTTATGTGAAATAGAAAGTTAG CTAATGCTTTATGTGTGATTTTGCAGCTTATTAATTCAACAGTGGAGATAAAGATGATTGAGAACACTCCCGATGATCCT CGTCAGAGAAAACCAGACATAGCAAAAGCAAAGGAGTTGCTAGGCTGGGAACCAAAGGTCAAGTTGCGCGACGGCCTTCC TCTAATGGAAGAGGATTTCCGTCTCAGGCTCGGGGTTGCCAAGAAAAACTAAGCTTGGTTTTTTTCACTCCTTATATCAT TTCATAATGGATGTTTTGATGGTAACTGGAATAAGTCTGTTGGTGCTAGATGTTTCGTAGAAAATTATGGAGAGGAATTT TGGAAGTTGCTACCATAAAGGCAACTTGAACTTGGTTTTTAATTGGTACAATTCTACAATATGATTTCTTCTTCCCCAAC GTCCTCTTGGAAATGCTATTGTGAATTGAGTTGTAGTTGAAAATTCGTATTGCTTTTTGAACTATTGTTGTAAATTGCAG AGGACTGCTTCTGCATAATAAAGTACATGTAAAGTGCTTCTCCATTCTTCACTTGGCAACTTCTTTCAGTCTTCCTTTTA AAGTGTTTATCCTATCTTTTTTTTTTTTGTGCTTTATTACTATCCAATCAGTCTTGTTCTATTAAATTTGGTCGAATCTA AAGCAGTTTGGATTAGACTAGTTTTATGATTTTAGTCTTCTAGAGTCTAGACTACTTTTTCTTTGAGTTTGTACTTTTTT TTTTTGTTACCAAACATTCAATCCATACAACATTGCACGTAAATAGATTTCAAAAAAACATTGCACGTAAATGTTTTCGC ATATTTGAATTGATCGATTTTGAAGGAAAATTATGAAGAGAAAAACTATCTAACCCAATTTCCCATATTGGTTTGATTTC GATTTTTGTTATGTTTATGTTGTGTTTTATGGTTCAATTGAGTTTGGTTCCAATCATTCTAAAAGCGTTATGGAGGGTTG ATTTTCCAAGTGTTGGATTTGCTTTAAGTGTTGATGGAGATAATGGAAGAATGATGAATGTTTATGGAAATAGTGGATGA TTTTGAGTGAGGAATTAGAGAGATATTAGGAATTTGTGATCAGGAGATTTAAAGAATGTAATTTTTTAATTTTATTCAAT GATTAATTATTAAATTTTAATTTAAAATAAAAATTAGGAATATATTTCACATGAGCTTCATTTATACACGTGGGCATGTC ACGTCGTCTTGGATGAACATGTAGGCAAGATCACTTGAGTGCTCTCCTCAACGATGATCAAAGCTGAGTTATTTATTTCT TGAAACGCAAGGATGATTTTATAACTTTATTTCGACGAGAAACTAACATTGAACCTCACTCATTTTATAGGTCCAAAATG GTAGTTAACCCTTTCATTTTTTTTTATAGTTTTTAATTATTAATTATACACGTATCTGCCACATGAACTTTATTAAATGA CGTGGACAATATCACATACACGCTCACTAAACAAGCAAGTATTTTCACTCAACTTAGATTTGGGTGGTGAACAAAATCGC AGGGATCTAAATGCAATTTTAAGAGACTAAAATTAAAAGATCATACAAAAAACAAAAAGGCAAAAACATTTTTAACCATA ATTTAAATTTAAATTTGATAGTTAATATTTGAGAAAAATGAGTAAAAACTAAAACCACATGTCCACATCCTAACATACAC TTTTTTTTAACCAATATATTTTCACAGTCAGCAGTTGTGAGACTAATCTCTCATTCCATGATTAGTGCATTAAATAAAAT GAGGCTGAATAATGAGTTTTTTTTTCATTCACAATAATTGAAATTCAAACCTCTAACCATCTACTTAAGAAACGAAGTGT TGAATAACTATCGTCAACTACCTTACCTAAAATTACCTTGGAAAAGCTATGATAAAAAAGAATTTAATAAGTGAATACTT TTATATAGAGTTGAGATTAACTGCCATTTTCAAAAACACTTGTCTATATGGTATATGAATAAAAGAATTATTATTAGTGT GCAGTGAGGAACCAGAGGCTTATTTATAATCTACCTCTAACTCCAAATTAATCAACATGCAACTCTTCCATTGACACGTG GCACACCCAGATTGGTAATTTCCGGTTTCGTCTCGAACCAGCTTAGGAATTCTTCTTTACCTCTTTCTCTCTCAAATCTC AATCCCAATCCATGTGTTTGTTTGTGAATCTCATTTTCACTCCCAGATTTGCTTACCCTTCAATTCCAATTCCAACTCAA CATTCTCTCATTCATTCACATCCATCACCAGGTAATTTACCTTGATTTTCATTCCCTATAGCAATTCCTATACATTCAGA TTTCAATGTGGGGTTGTGTTTGTTTGTTTGTTTTCTTTTTCCTTTGCATGTTAGTTCAGTTTGGTGTGATTTCCTTCACT TTTTCGTTCCCTTGGACCTTTCATTCTGTCTTTCTACTTTACGTGAGTTTCAAACCTTCCCAATTTAATATATTTCCCAT CATTTGCTTTATTGTAATTTTGTAATGTTTCGATTATTTTAGTTTTCTAAATTCAACGTTTGGTGGTTGAATGTTCTGTC ATTGTATGATCTGGTTTTCTTTCTGTCTCTATAAATTGGTCTATCATCATGGCCTGTTTGGATCACAATAAACTCTCGAT CAGGTTCATAGTATGTTTGGATCAACTTCTCTTTGATTGTTTGGAAGCAATTATGAAACCAAGAATTGATTCTACATTCT GAATCAATTGTATAAGTTTTTTTCTGATCTGTAGAGCAAAAATGAGTGAAAATAATTTGATCTCTCTGAAATAGGTGCAG GTATTGAATTTTAGAGGTTCTTGCAATGGCGGCGAATCCTTCTAATGGAGATCAACAAACAACACCTTCTAAGCAACCTC CCTTGCCATCTCCCTTGCGTTTCTCCAAATTCTTTCAGGTGAACTGTCGGATCTTTTATTTTTTGATTCGCAATTTTATA AGCACATTGTTGTTCTTATTTGTTATCTGTGTCATGTAATATAAGCTTAACATTAATTCAAATAATTTAGTGTCATTTTC CCTGTCTGACCTGTCTCAGTAGATTTTTGTGTTGGTAACTTGGTATGATGGTGCATTGCTTCATAATACGATCATTGGTT AAAAAATTGCATTTCAATTTTCTATATTTGTTGAATAACTCATTATTGGCTACGATTTGTTCTTTAGCACTGCAAATCCG TAAAGTTACTGAAAACTTCAGAAATTTGAACCATCGGAACTTAGTCCTCAAAACATGACTACAAGTTCAGTATTATACCC ATGAATCTTATTTTAAGACCCTGCAGAAGAGGGAATTACAGCAGGAAAAGAAAAAAGGTCATAAGTTAAATTGGAAGCTT ATCCCCTTTATCTTGGTTAACTGTGGTTCAGAAGCGTATTTGTGTGACCATACATACATGACATAACCACTGGTTCAATT TTGGCATATGATTTAGAATACAACTTTTGTCACAGCCCACTTAGATATTTCTAGCGATGCCTTGTCTAACTAACATCTCT TTCATTCTTGACTATAGTCGAACATGAGAATCTTGATTACTGGTGGGGCTGGATTCATTGGTTCTCACCTAGTCGATAGA TTGATGGAAAATGAAAAAAATGAGGTCAGCACGTTTTCCTTTCTGCATAAAATGTGCATAGTTATATTTATTAGTTCTGT TTTTTTCACTGATTCTATTCTGCTTACCTGACATTCTCATCCTATATTGAATAAAATAGATGCATAATATAGTATGATTT GATAAACTTCGGCAACATCCGCATCTTACTCAGGTCATTGTTGCTGATAACTACTTCACTGGGTCAAGAGACAACCTCAA AAAATGGATTGGCCATCCAAGATTTGAACTTATCCGCCATGGTATTGTCCATCTTCGTTTACCATTCAGTTATCTATCTG CTAAAATTGTTGTGCATATAATACACTGGAGGTTAATATATTATTTTGTCCCATTTGTTCGTACATCTCTGAACACTTAT GTCTTGGATGTAAACTGATTTCTATCAAGAAGATACTGCGAGATTATGTAATTGGAAGAGGCTTTACAGTTGTTACTCCA CAAATTTAAGTAATTAATATCTCAGGTTTCAGTTGTTTCTTTACCAACCTCAAAATTTACTGGCTGGTGTATGAAAACTA TTCTCAGGAAATAATGACAATGATAACTTAGTGTCTACTTAGTGCATGTTTGGAAACTCATTGGAAAACCATGGTGGACA GAAGCAAAAGCTAAGAGAAGTTGCTTCTATCCACCATGATTGTGGCTTCATCGTGGTTCTCGGACGAGTTTCCAAACATG CACTTGGTATATTTTGTTATGCATGAAATCTGTCAAGAGATCAGTGATGTTGATGCACATTATCATTCTGATCCTTTTGT AGATGTCACTGAGACTTTGATGATTGAGGTTGATCAGATCTACCATCTTGCATGCCCTGCGTCTCCTATTTTTTACAAAT ATAATCCTGTGAAGGTATAGTTTTTTTTTCGTCTTGAATCATTTACCTTGTACTTGGCGTGTAAACAAGTTCATGTAACT GTTGAAGATTAGAACACTTTGCTTTTAACGTTCATTGCATAATCATTGACTTCGGTCACTTCAAAGACTTTGCATTTACC TTTCCATGCATATTGTTACATTCTGCAATCTGCAGTATATTTATATCTATTTCAGTTTTAGGCATACATCTCTGCCAAAA CGTTCTCTTAGACTATCTAACGTGTAAGGAAATAATAATTTTACAGACAATTAAGACAAATGTGATTGGCACACTGAACA TGCTTGGGCTTGCAAAGCGAGTTGGAGCAAGGTAAGAATTATTCTTGAGATAGAAAAAAGAAGACAATTTTAGCTTCTAC CATCTGTTGGTCTTAGTTCTATTTCCCCCTTTTTGTGTGGAGTCTTAGTTCTTATTTTACTGACAGGATTTTGCTTACAT CAACTTCAGAGGTTTATGGGGATCCTCTTATACATCCCCAGCCTGAAAGCTATTGGGGCAATGTTAACCCCATCGGTACA TGCTTTTATCTCAATCTTAACTTGTACCTTGGGATCCTTATATAATATCTGATTCTGTGATTATGAAAGATAGCTGTCCT GCATCAACCACGAAGGCCTTTCTTTCTTATTTAATCTGTGCATCAGGAAGTGGCATATCGTTTGAATTTCTTCTTCATGG CTAACACTAATTACTTACAGACTTGAGAAGCTAAAAAAATTGAATGAGTTTGTGTGTGTTTTGTGATGAGCTTTCTCATA TTGCATTTCCCTTTCTTTTGCCACATATGCGCTAGTTCCTCGATGCAAGACTGAACTTTTTGAGGCAAAAAATTTCTTTT ATACAATACTAATGATGTAGTCCACGGCCCCATGCAACTAATTAATTATGTGCACAACAGGAGTTCGTAGTTGTTATGAT GAGGGAAAGCGTGTCGCTGAGACTTTGATGTTTGATTATCATAGGCAACATGGAATAGGTAATTTCTGGTCTTCTTTTCT TCATAATTGCCTCCCATTCTATGTAAGGTGTAGCTGGTAGAAAAAATTCATTTGAAACTTAATGAAGTTGTCTTAAACGC AGAAATACGCATTGCAAGAATCTTTAACACATATGGTCCACGCATGAATATTGATGATGGACGTGTTGTCAGCAACTTCA TTGCTCAAGCAATTCGGTAATTAAACTTACTTTTTCTGGTATATAGTAGTATATATGCAGTAGTGCTATTTCTACATGCC TTGTTTAATCTGTTATGATGGTTCCGGTTGCATGATGCTTGCAATGGGCATGCTCTTAAAACATTGGTTGTCTGCATTCT TTTATTGATTTCATTATATTAACACCTTAATTTTATTGACTAGCAGTGATTTATTTTCCATTCATCTCCCCATTTCTAAG TTCATGTTTTATAAGTTTATGTGTCGTTTCTCACATAAGGTTCGGTGTGTTTTAGTAATGAACCCTTGACGGTCCAATCT CCAGGAACACAAACTCGCAGTTTCTGCTATGTCTCTGATCTGGTAAACATCCCTTAGCTTTTTTTTTTTCATTGAATTAC TATTGTTGGAGCTGATTTTGTTTATTGTATGATCAATTAGGTTGATGGCCTTATCCGTCTCATGGATGGATCAGACACTG GACCAATCAACCTTGGAAACCCAGGTTAGATTTCTATCGTAAACCCTGTATTTGAGTATCTTTATTTTTACAAATTGTTA ACATATCTTTACTTTCTTTGCCCTTATTCAATTACTTGAGTCTCTTTGCCTTTTCAGGTGAATTTACAATGCTTGAACTT GCTGAGACAGTGAAGGAGGTCAGTTCTAAGCTTTTATCCTTAACCTCTTGTAGCTTGGTTTAGACCTGTTTGAACTAGTG AATAGTAAAGTGTGATTTGAATGTAATCTTAGAATTTTGGATAGGCCTAACGTTAATTCTAAAATGGTAAGAGTCTATCC TAGATC
CDS sequence (LotjaGi2g1v0371000.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAACGGATTCTTCTAATGGAGACCATCAGAAAGCAGGAAAGCAACCTCCTTTGCCATCTCCCTTGCGTTTCTCCAA GTTCTTTCAGGCCAATATGAGAATTCTGGTTACTGGAGGAGCTGGATTTATTGGCTCTCACCTAGTTGATAGATTGATGG AAAATGAAAAAAATGAGGTCATTGTTGCTGATAACTTCTTCACTGGATCAAAAGACAACCTTAAGAAATGGATTGGTCAT CCAAGATTTGAGCTGATTCGTCATGATGTCACAGAGCAACTGCTGGTTGAGGTTGATCAAATCTACCATCTTGCATGCCC AGCATCTCCAATTTTCTACAAATACAATCCTGTAAAGACAATAAAGACGAATGTGATTGGAACATTGAACATGCTTGGTC TCGCCAAGCGTGTGGGAGCAAGGATTTTGCTCACATCGACTTCTGAAGTATATGGGGACCCTCTTATCCATCCACAACCT GAAAGCTATTGGGGCAATGTTAACCCTATCGGAGTTCGGAGTTGTTATGACGAGGGCAAGCGTGTGGCAGAAACTTTGAT GTTTGATTATCACAGGCAGCATGGAATAGAAATACGCATTGCAAGAATCTTTAATACATATGGACCACGCATGAATATTG ATGATGGGCGTGTTGTCAGCAATTTCATTGCTCAAGCAATTCGCGGTGAACCCCTAACAGTCCAAGTTCCAGGAACTCAA ACTCGCAGTTTCTGCTATGTCTCTGATATGGTTGATGGCCTTATTCGTCTAATGGAAGGGGAAAACACTGGTCCAATCAA CATCGGGAACCCAGTGGAGATAAAGATGATTGAGAACACTCCCGATGATCCTCGTCAGAGAAAACCAGACATAGCAAAAG CAAAGGAGTTGCTAGGCTGGGAACCAAAGGTCAAGTTGCGCGACGGCCTTCCTCTAATGGAAGAGGATTTCCGTCTCAGG CTCGGGGTTCTTGCAATGGCGGCGAATCCTTCTAATGGAGATCAACAAACAACACCTTCTAAGCAACCTCCCTTGCCATC TCCCTTGCGTTTCTCCAAATTCTTTCAGTCGAACATGAGAATCTTGATTACTGGTGGGGCTGGATTCATTGGTTCTCACC TAGTCGATAGATTGATGGAAAATGAAAAAAATGAGGTCATTGTTGCTGATAACTACTTCACTGGGTCAAGAGACAACCTC AAAAAATGGATTGGCCATCCAAGATTTGAACTTATCCGCCATGATGTCACTGAGACTTTGATGATTGAGGTTGATCAGAT CTACCATCTTGCATGCCCTGCGTCTCCTATTTTTTACAAATATAATCCTGTGAAGACAATTAAGACAAATGTGATTGGCA CACTGAACATGCTTGGGCTTGCAAAGCGAGTTGGAGCAAGGATTTTGCTTACATCAACTTCAGAGGTTTATGGGGATCCT CTTATACATCCCCAGCCTGAAAGCTATTGGGGCAATGTTAACCCCATCGGAGTTCGTAGTTGTTATGATGAGGGAAAGCG TGTCGCTGAGACTTTGATGTTTGATTATCATAGGCAACATGGAATAGAAATACGCATTGCAAGAATCTTTAACACATATG GTCCACGCATGAATATTGATGATGGACGTGTTGTCAGCAACTTCATTGCTCAAGCAATTCGTAATGAACCCTTGACGGTC CAATCTCCAGGAACACAAACTCGCAGTTTCTGCTATGTCTCTGATCTGGTTGATGGCCTTATCCGTCTCATGGATGGATC AGACACTGGACCAATCAACCTTGGAAACCCAGGTGAATTTACAATGCTTGAACTTGCTGAGACAGTGAAGGAGGCCTAA
Protein sequence (LotjaGi2g1v0371000.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MATDSSNGDHQKAGKQPPLPSPLRFSKFFQANMRILVTGGAGFIGSHLVDRLMENEKNEVIVADNFFTGSKDNLKKWIGH PRFELIRHDVTEQLLVEVDQIYHLACPASPIFYKYNPVKTIKTNVIGTLNMLGLAKRVGARILLTSTSEVYGDPLIHPQP ESYWGNVNPIGVRSCYDEGKRVAETLMFDYHRQHGIEIRIARIFNTYGPRMNIDDGRVVSNFIAQAIRGEPLTVQVPGTQ TRSFCYVSDMVDGLIRLMEGENTGPINIGNPVEIKMIENTPDDPRQRKPDIAKAKELLGWEPKVKLRDGLPLMEEDFRLR LGVLAMAANPSNGDQQTTPSKQPPLPSPLRFSKFFQSNMRILITGGAGFIGSHLVDRLMENEKNEVIVADNYFTGSRDNL KKWIGHPRFELIRHDVTETLMIEVDQIYHLACPASPIFYKYNPVKTIKTNVIGTLNMLGLAKRVGARILLTSTSEVYGDP LIHPQPESYWGNVNPIGVRSCYDEGKRVAETLMFDYHRQHGIEIRIARIFNTYGPRMNIDDGRVVSNFIAQAIRNEPLTV QSPGTQTRSFCYVSDLVDGLIRLMDGSDTGPINLGNPGEFTMLELAETVKEA
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 21 | 21 | - | – | |
| PANTHER | 2 | 323 | 322 | 0.0 | – | |
| PANTHER | 2 | 323 | 322 | 0.0 | – | |
| SUPERFAMILY | 28 | 318 | 291 | 5.17E-82 | ||
| Gene3D | 32 | 320 | 289 | 1.1E-100 | – | |
| CDD | 33 | 318 | 286 | 0.0 | – | |
| Pfam | 35 | 269 | 235 | 1.9E-45 | ||
| PANTHER | 328 | 611 | 284 | 0.0 | – | |
| PANTHER | 328 | 611 | 284 | 0.0 | – | |
| SUPERFAMILY | 354 | 611 | 258 | 1.39E-73 | ||
| CDD | 359 | 611 | 253 | 0.0 | – | |
| Gene3D | 360 | 597 | 238 | 2.4E-92 | – | |
| Pfam | 362 | 607 | 246 | 1.3E-44 | ||
| Gene3D | 541 | 611 | 71 | 2.4E-92 | – |
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 LotjaGi2g1v0371000.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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