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 | LotjaGi3g1v0320200 |
| Transcript ID | LotjaGi3g1v0320200.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Orotate phosphoribosyltransferase, putative; TAIR: AT3G54470.1 uridine 5'-monophosphate synthase / UMP synthase (PYRE-F) (UMPS); Swiss-Prot: sp|Q42586|UMPS_ARATH Uridine 5'-monophosphate synthase; TrEMBL-Plants: tr|A0A151RDY2|A0A151RDY2_CAJCA Uridine 5'-monophosphate synthase; Found in the gene: LotjaGi3g1v0320200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:67969747..67988419) extracted from Lotus japonicus Gifu genome v1.2.
AAATTAGAAGTTTCCACCCTTTCTTTTTTCCTAGTCAATATTAGAAAATAGGGACCCGGATTTCCTGCAGTTGGTAGTCC TGCCTTCGCTGCAGTCTAGAACTCTCAACTGTGGGATCAAGATTCAATGGTTAAAATTTAAGGAGTTTTTTTTTGGTAAA TAGGAAAATTAAACAACGAAACTACAAGCTAATTGAAACGATCCGCTTTATATAAAAAAAATTCATCAAGAAAGAATAAA AGAAAAAAAAAGGAAAAGGAAAAAAAAATTAATTAACAAACTTAAAAAGAAAAAAAACACTAAAACAGAAAAATTAAAAA TCGTATCCCTCACACTCTCTCACTCTGTTCATGTTCTTCTCTTTACGGCTGGAAACCCTAACACTTCCAATCTCCTCCCT CCGCCCTTCATCTTCTTCATTAGGAGCAACCAAAGTGTTTTCCTTCCAGTAAACCGCTCCAAACTTCACTCTTCCTTCGT TGTTCACCAACGCATTGAGAAGGTTGTCGGGAGCGTAGCGCCCTAACGTGACGGAGAAGGTGCGTTGTGTCACACCGAAG AGAAACTTCCCCTGGCTTAAAGTAGTGGAAAAATGGAGGAAAGGTATTGCTTGGCACAAGAGGATGATTAAGGTTTGCCA CCCTTTTACTATTCCGTAGTATACATCTAAGTTCAAATCCTTTCGATATCTCATTGAATTTCCAATTAATTCAGTAAGCA ATTGAACGTGAGTGGAGTTTCCTATGATTGGTGTGGGACCATGGCTCTTTGGAATGGCTAGTTGGCAACTTGAATATGTG CTGCCCAAAACGTGTTCTCACAGGGAAAGAAACCAAGTCAGGTGCATTACATAGTTGTGTTTGCATCTTAATGATTATTT GGCCATGATTCTTTTTCATGGTGTATTGCTCATACTCATGAACCAAAAGTGAAATCTGTGTCTCATTATGTTTAGCTATA GATGATTCACAAGGGAGATGCAAGATGGATTGATTTGGTTTTAGTCGTCCAAGGATTTGCTAGCTACTAGCCCTTCGAGT ATCTTGGAGACATTGGAAGCAATCATTAATCATTCTAACTCCTTATAGTGTGAGTGGTTTTCAATTACTGTGGCATAATT TTATTTCTCTATAACTGTTAAGTTAAATTATTTTGATATATTACCTATTCATTTGAAAATTGGGGAAACATGCTTTTAAA GTTCTTGAGTTCTTTCAAAGTGAGTTTTATTAAGTCGATTTTGAGAATGCTTTATGAAGTTATATGAACTGAGAATTTAC ATTGATTTGATTTTGGAATAATGTGAAATTAAGAATGCTATTTGAATAGCATTGATGAGTATTGGAAAGTGAATTTTGAG ATTGTTGATGAGACTTGTGTTGGTTTGAGAAAATGGTTTTGGGGGATCCTTGATAGAACCCCGTAGCCGTTAACGGAGGT AACGGCCTAGGTGCACCTAGCTAGATTGATTCCGGGAGAAGAGGGCTATCCGTTAGATGGAGCCACCAGTGCACGGAGAG GGCTATCAACGAGATGTAGCTTCCCCCGATGAGATACGATACGATATATGATATGAAAGAGGAAAGGGCTATCCGTTATA TGGAGCCGCCCCTATCGGAGAGGCTATCCCTTAGGAGGAGAGGGCTATCAACGAGATGGAGCCGCCTCACGGTTCTACAT GTGTGACCCTATTAAATTATATTTCTGATTTTGAAATGCTTTCATATGATTGACATGATTTTTATTCAGTTTCATTGAAA TTGTTATTTATAAACTTGACAGTTTGATCATCTCTTATTTAAAATGATTCTTATTAACTTGGTTAATATTATATATATTA CACACTCTGAACTGACTGTGAAAAACTCGTGTTTCATATGTTTCCCCTTCCTGTTCATGGTGGTTGTTGACTCCTCACTA AGTCTTTGTGACTTACCCCATTCCTTATTTCCATCCACAGGAAACTGAGTAGCAGACTGTTGTCAGATTCAGGTCGTTCG GCTTATTTCGTTTATAGGCCTCATTGGAAGGTTGTCATTTAATTGTGTCTGTTGTCGGTCTTTGTCATTCTGCAGCTATA GGGGAGTCTTTGAGGGGATTCAGTCTAACTTGTTATTTATTGTTTAAATTTAAGATTTAGCACATTAGTGCTGGATTTGA AATTTATGTATTCTTGGAATTCTAGTTATGATAAATCTCAATTGTTAGATTTTATTATTTTGGAGATATTGATATTACAG GAAAGGTTCTTTTGGATTTATATAAATTACAGAAAACATGTATAGTTTTGGAAAATTGTTTCGGGAAATGGCTTGGGTTA ATTAGGCTTGCCAGGCTAAGGTGATAGTCTGTGCGCCGGTCACGGCTTGGGATTTTGGGTCGTGACAAAGTTGGTATCAG AGCTTTGGCTGTAGGTCCTATTAGCTGCAGACATGAGGTAGTGATAGAATCTTTCTAGTAAATTGTGAACCGCGGCACAA GTTACTTTAAAGATGCTATTAACGCCTCATGAGAGTCCTAAAGTTGTTTCCAAGTGTGATTTGAGTTCGTTCCTCATTCA CTGTATTCCGAGTCATGTCATATATTTCATGAATATTCTTTGTTCAGTGGTGATGCCACCTAAATTAGGATTTTCATCAT ATGATGAGTTAACTTATTAGGACCCTCTTTTAGGAGGTCGTGGTCGACGTTTTGGTTTAGGCCAAGGACCGTTGCCGGTA GGCGCTGGTTGCTCATTTTTGTAGCCAATATTAACGTGCTTATATTGAGGTAATGAAATACAAGGATGTCAGAGCTTACA TTTGGTACGAAGGAATTTTAACATGATTTGAAATAATGTGTTGAACTGGTTGTTGGGCAGAAACAAGGGAACCCACATAA GAAAATTTATGAGCGTCAACTAGAGGCTAGATAGAGGAAAGTACCAACAAGTAGGTGCCACTAGACAGATTGAGGTTATA TTAACTAGTCACATACATATTAAATCTCCTAATTTTCTAGTACTAGTGCAAGGTAGAATCCACAAAGGTTTATTAATGCT CTGGAGAAGCTATAGAGAGCATTAAGATGCTCACACTTAAGGGCGGTAGAGTTAATGTCATCCAGTTGGAGGATTGTAGC TCATGATTGATCTAATGACTTTATGGTACGTGAGCGATTGGATCGCCTCTGATAACGTGAACGAATTTTCCTAGAAACTC ATAAATCTTTTTCTTCTAAATTGTTTGATATGACTTGGTTTATAAGTTTGAACTGCTGGAGAAAATTGATTATAGTAGAT AATCTTAAAACTTTATGTAGAGTCATAGACTAGATTTAAGGGGTCCTTACGATCCATTTTTCCTCAAATGCATTTTTGCA TGAGATCTACACCTTGTCTTGCTTGTCAAATGATCATCATGTAGCTTTCTTTGGAGATAGTAGGGTGTGATATTGGCGCA GTCAGAAAAGTAATATTATGGAGGATTGTTTTGTGATTGTGGTGCAACTTCCTCTAGTCGTGGATAAGCCTTAGTAGGAG CGTCTTTAGCACTTTCTCTGACCCTTACAACACTTAGTGGCAGTTGGCCTTAGGAATTGGTTGTGACGAGAATGATGCTT TGGGCATTCATAATCTTCGGGAATATAATCAAGAGAAGTTCTGTAACCAGGTTAGTCAAATTTGAATTGGCTTTGAAACT TCAATTGAAGGAAGATGGTGAGTTTATAAAAAATGGGAGTTTGGATGTGTGGTGTAAGATCATTGTTACAATTTTTGTCG GATCAGTTGGCATAAAGTTGTCTTGTCTCTTATAGAAAACGTAATTACCTTGGATTAGTTTCAGCATGTTAGTGAAATTG ACTCTTGGCTTAGTACTTCTATCGCGCTGTTTTGGGGAATATTGAGAAAGACATGTGCTGTTTAATATACACACAAAAAA CACATTGGTATTATTGTTTTAAGGTTTTAATATTACTTAATACTTATTATTAATCTTGTTATTATACCCTTTAGTTGCTT TGAAGGAAATGTGATGAGAAGGTCATGAAGTATCTTAGAAGAGCAGTAAAGTATTTGGTGGTTAAGGTCAAGGACAAAGT AGTGAAGTTTGAATTACCTAGAGAGTCATATTTCTCATTTAGAGAGAGTGAAGTTAGGAACAATGCAATCTAATTTCAGC GGCGAAGTTAGAAGGTTATTAAGGAAAGGTTGTCATGGATACTTGACTTTGGGTAAAAGGATACTCAAGCAGCTGGAAAG AAAAAATAGAAGAAATTCTTGTAGCGTGCGACTTTGTGATGAATTTCTTGATGTACTAATCAATAGACAATAGGCGAATA GATTGCATGAGCTCAATAGTTAGAAAAGGAAATAGGACTTGTGATCTAGGTACCATCAAAGGAATTTCAAGAAGGATAGA ATTTAATAGAAAACTTTCAGAATATGTTGTGACCATAATGAGATATTAGTCATGTTTTTAGATTTAGTGATGCCACTGTT GTTATATGGATTTAATGAGCTACATCTTTAAATCATTCTTGAAATATTTAGTGATTGTAATTATTGATTATTCTTGTATA TTCCTAAGGATAAGGAATAACACTAGAAGCTTGTTGATAATAGAGTTTGGTTTGGGTTGCTTGTTTCAACTCATTGTTGG CTCATCTAAAAAATTCATTCTATTTTGGTTGATGATGTTGAATATGATCAAGGTCAAGATTCGTAGGAGATGAAGGTGGT AGAGGATTTCTAAGGTGAAAAGGTTCCACGTTTAAAGGTAGACTCTCGATGACATTTTATGACTTTGATGTTGGTTGTGT TGTGTGAGCCTAATACTAGTATGAGGAGGAAAATAATAGAGGATGCTTATCATTATTTTTGAATCATACATCCGGGTTTT AATAAAATGCATTAGGATATGAAGAAATTTTATTTATGGGAAAGAATGAAGAAAGACATAGAAAATTGATTTATGAATGT TTAGCATGTTAGCAAGTGAAGGTTGAGCATTAAAGCGAGTTATGTTGCTTCAGTCTATTAAGATACCATAGGGAAAGAGA GAAGGTGTTGTTACGAACTTGGTGAGAGGTTTGCTTTGGAATATAATGAGTTATGATTTTGTATCAGTGATTATGGATTA ACTGGTTGAGCATGAACACTTTCGTCTATAAAAGTACTTACACTACAACATTGTATAGTTTACCTTGGTTGAGATTGTTT GTTTGAATGGTGTAAGCTTGTTTATAATTTGAGATCAAGGAGCTTAATTGAATGCATTGTTTTAGAAGACTTTCAAAGTT GTTGTGGGGTCCCATTTGAATTTGGGTACAACTTTCTATCCTTAAATTGATGGCTGATTTAAGAGGATTATTCAGATCTC GGAAGATATGTTTTGTGCTCGTGTTTTTAGACTTTAGAAGGAGTTGAGAGCATAATTTGTCTTTAATGAAGTTGGCTTAT AATAGCAACTATTAGCCTGGCATTAATATTGTACAATTTGAGGCTTTGTATGGTAGGGGATGTAGCAATCGATAGATTGG TTGAATATGGAGAAACTAAACTTGTATGTCCATACCCTATCCAAGATGCAATAGAGAAAGTTAGACTAGTTTAGGTCATT TGGGTACAGGTCAAGGTAAACAAAAGTATTATGTTGATTGGAGGCGAAGTCCTTTAGAGAAGAAGTTGGTGATCATGTGT TCTTACGCGTCTCTTTAATGAAAGAGGTATTATGTTTTGGTAAAAATGGGAAGCTGAGACCAAGATTCATTGGACCATTG AGGTCTTAAAGAGGGATGGCCCTATGGCTTATCGATTGACACTTCTTCCAAATCTTTCTACAGTTCATACAGTTTCATGT TTACATGATTCGGAAATGCTTTTATGATCCTTCCCTCGTTGTTTGTAATGAGAATGTATTGTTAGATGAACCTTTATCTT AGATGGAGTTTGTGGTAGGAATAGTGGATAGAAAGGGTGAGATGCCTACATTCTACGGACATTGGTTTAATGATAGTACC CTGACAATGAACATTTGGAGAAGAGATGACTTTGAAACCAATGCACAAGACTTAAAATTCGAGGGCGAATTTTCTTAAGG GGGGAAGATTGAAACGATCCGCTTTATATAAAAAAAAAATTCATCAAGAAAGAATAAAAGAAAAAAAAAGGAAAAGGAAA AAAAAATTAATTAACAAACTTAAAAAGGAAAAAAACACTAAAACAGAAAAATTAAAAATCGTATCCCTCACACTCTCTCA CTCTGTTCATGTTCTTCTCTTTACGGCTGGAAACCCTAACACTTCCAATCTCCTCCCTCCGCCCTTCATCTTCTTCATTA GGAGCAACCAAAGTGTTTTCCTTCCAGTAAACCGCTCCAAACTTCACTCTTCCTTCGTTGTTCACCAACGCATTGAGAAG GTTGTCGGGAGCGTAGCGCCCTAACGTGACGGAGAAGGTGCGTTGTGTCACACCGAAGAGAAACTTCCCCTGGCTTAAAG TAGTGGAAAAATGGAGGAAAGGTATTGCTTGGCACAAGAGGATGATTAAGGTTTGCCACCCTTTCACTATTCCGTAGTAT ACATCTAAGTTCAAATCCTTTCGATATCTCATTGAATTTCCAATTAATTCAGTAAGCAATTGAACGTGAGTGGAGTTTCC TATGATTGGTGTGGGACCATGGCTCTTTGGAATGGCTAGTTGGCAACTTGAATATGTGCTGCCCAAAACGTGTTCTCACA GGGAAAGAAACCAAGTCAGGTGCATTACATAGTTGTGTTTGCATCTTAATGATTATTTGGCCATGATTCTTTTTCATGGT GTATTGCTCATACTCATGAACCAAAAGTGAAATCTGTGTCTCATTATGTTTAGCTATAGATGATTCACAAGGGAGATGCA AGATGGATTGATTTGGTTTTAGTCGTCCAAGGATTTGCTAGCTACTAGCCCTTCGAGTATCTTGGAGACATTGGAAGCAA TCATTAATCATTCTAACTCCTTATAGTGTGAGTGGTTTTCAATTACTGTGGCATAATTTTATTTCTCTATAACTGTTAAG TTAAATTATTTTGATATATTACCTATTCATTTGAAAATTGGGGAAACATGCTTTTAAAGTTCTTGAGTTCTTTCAAAGTG AGTTTTATTAAGTCGATTTTGAGAATGCTTTATGAAGTTATATGAACTGAGAATTTACATTGATTTGATTTTGGAATAAT GTGAAATTAAGAATGCTATTTGAATAGCATTGATGAGTATTGGAAAGTGAATTTTGAGATTGTTGATGAGACTTGTGTTG GTTTGAGAAAATGGTTTTGGGGGATCCTTGATAGAACCCCGTAGCCGTTAACGGAGGTAACGGCCTAGGTGCACCTAGCT AGATTGATTCCGGGAGAAGAGGGCTATCCGTTAGATGGAGCCACCAGTGCACGGAGAGGGCTATCAACGAGATGTAGCTT CCCCCGATGAGATACAATACGATATATGATATGAAAGAGGAAAGGGCTATCCGTTATATGGAGCCGCCCCTATCGGAGAG GCTATCCCTTAGGAGGAGAGGGCTATCAACGAGATGGAGCCGCCTCACGGTTCTACATGTGTGACCCTATTAAATTATAT TTCTGATTTTGAAATGCTTTCATATGATTGACATGATTTTTATTCAGTTTCATTGAAATTGTTATTTATAAACTTGACAG TTTGATCATCTCTTATTTAAAATGATTCTTATTAACTTGGTTAATATTATATATATTACACACTCTGAACTGACTGTGAA AAACTCGTGTTTCATATGTTTCCCCTTCCTGTTCATGGTGGTTGTTGACTCCTCACTAAGTCTTTGTGACTTACCCCATT CCTTATTTCCATCCACAGGAAACTGAGTAGCAGACTGTTGTCAGATTCAGGTCGTTCGGCTTATTTCGTTTATAGGCCTC ATTGGAAGGTTGTCATTTAATTGTGTCTGTTGTCGGTCTTTGTCATTCTGCAGCTATAGGGGAGTCTTTGAGGGGATTCA GTCTAACTTGTTATTTATTGTTTAAATTTAAGATTTAGCACATTAGTGCTGGATTTGAAATTTATGTATTCTTGGAATTC TAGTTATGATAAATCTCAATTGTTAGATTTTATTATTTTGGAGATATTGATATTACAGGAAAGGTTCTTTTGGATTTATA TAAATTACAGAAAACATGTATAGTTTTGGAAAATTGTTTCGGGAAATGGCTTGGGTTAATTAGGCTTGCCAGGCTAAGGT GATAGTCTGTGCGCCGGTCACGGCTTGGGATTTTGGGTCGTGACAAAGTTGGTATCAGAGCTTTGGCTGTAGGTCCTATT AGCTGCAGACATGAGGTAGTGATAGAATCTTTCTAGTAAATTGTGAACCGCGGCACAAGTTACTTTAAAGATGCGGCAAC AACTCCGCCGGAGGAGATACTAAATCAGTCGCCACACATTGCAATCTCGCCCCAAGACCTGCTAGCCAATCTGCTGGTGC ATTCCCTTCACGAGTAACATGATAAATCTTCACCTCCCAACTTCGCGAAAGCAAGAGATGAATATATATCCATCAACAAA CTACCATACTGATGAAAGTCATAGTGTCCTTTCCCCACAGCTCGAACCAACTCTTCGCAATCAACTCCAAAAATAACCTT CTTCCAATTGTGACGCCAGAGAAACTTCAAACCCAACAACATAGCTTGGATTTCCGCATAAAAAGGATCCCCACCATCAG CACCCGCATAAAAACCTCCAAGCCAGGTCCCTGTGGAATCACGAACGACACCCCCCATTCCCATATGAAGCTGAACATGA TTGAAAGCCCCATCCACCATACACAAAACAAACCAAACCCACTTGGAGGCGGCTTCCATCTAGCCCGAGTCCGCAACTCT GGGATCTGCAGCACCTCACAACCCAGCCATCGATCATTCTCCACCAAGTCTTTTCTTATTTCATCACACACGTAAGAAAC TGTCCAGCGGCCATCCACAATGACCATTTCGTTTCGCCACTGCCATTGTCTCCATTCTCCAAAGCACGGCAAGGAACAAC GCTGCATGAGATCCACGAAGCAGCATCTGTGTCCAACTCTGCACTGTCGTCGCAAAGAACCGGAGCCAAGTCTGAGCATT AACTATAACTTAAAACAATGTGATTAAATCAAAATCCTGTGATTTGATCTAAGGGTTATATATGTCCTTTTCTTATCCTG AAGTAAATTTGAATTTTAATGCACATTTGTCAATGGCTATTAAGACTTTTTTTTTAAAGCAATGGCTATTAAGACTTGAA CTCATATTATAGTTTTTTTTTTAAATTATTTGATTTTAAGACTTTAACTCAAGTTTAACAGATTTATTACAATTTTTTTT TTTTACATCAGGAAGATAAATTGCATCCGCAAAGAATCGATCTCTAGACCTCCCCTACCCAACCATTTATTTCATTTGAG AGATACATAGTTTTTTTTAACTCAAATATGATATTTCATTAGCCATAAAAAAATATGATATTCATTAAATAGTTTCTTAA ATATTTTTAGTCCAACTTTTAAAGAGAAATCTAATTAGTTTTCTATAAAAAAAATCTTTAGCAATTGGTTCCTTATAAAA ATTGTTTGCAATAGGTCCAATTTAAGTTTCTCAGATTATGTATCACCAATTTTGATCAATGTATATGTGTCATTTCACTT ATCATACTTGGATTTTATTTATCCTTGTGTTATTTGGTTAGATAATATTAGTAAATTAGTTTATTCACTAGAATTTGAAC CCTTGCTCCTTCATCATTCATTTCTTTTGTCCCGTAGCTCTAACCACTAGAGCTAACTCTTGAACCCGTGTTGATTTTGC ATAGAGATAATGACGATTAAGTGATCCACTCAAAGGATTGCAAGTTTTTATCTTGACAGAAAAATAGATATAAGTAATGC ATGTAAGGAAAACAATTTTTTTCATCTCGAATATGAGTGGAATAAGCCAAGCGGTCTGTCAGGGGCCTACAGCCTGGCAC GTCAGACCCTTGACCTGACTTGACTTGTTTATTAAAAAAGCTAGATCTAGACCTTTTAAAATGCTTTTTTTTTTGGTCAA AGATGAATGGAATATAACCCAAAGGATTGCCTCACGGCACTTACAGCATGCGAGAAATAATCTCTAAGAGTGATACAGCA ATGCACAAACCCAAGGAAAATGAAGAACAAGCACGCACACTCAACTGATACAACAGCTAAAACATGAAGTAAAATCCATA GGGACCTACAGAAACCCTAAAACCCCAAAATAACAGAGAGCCGCTTGACTTCTGAGCGAAGAAGATCTTCATACACTTTT TAACCAGCGCTCCCTTTATACAACACATCGGCTCTGCCGGAGTTGCAGTGCGTCAACAGGGGAACCAGCGGAGTGGCTTC GGAGGCACAAAAAGGGGTCAAACTAGCAGCTCTGAGAGCAATAGGGAAGAGGAGATCTGTAACTTCCAAACATACAGCAG CAAAAGCTGTCAAAGGTGCGATGGAGCGGCGGATGAGGCGAAAGAAGGGGAACCAAAAGGGGACTGGGAGGCGGTGGAGC CGGCAAAGACAGTGTGGAAACAAAGCCAACAACCAAAGCTTTCATCAATAAAGATCAGCACTCAGCAATGGACCCAAACC CACTATTTCTCCAAGTAAAAACCAGCCAAAGCTCTTACCTATCAACCCAAAGCTTTCACCTTACGACCCAGACTCTGTCA GAAAAAAAGGCAAGGAGGATGACCTCGGATCTGAGTTGCAACAGTGGCCTGAGATGCGGTGGTGCTTACTGAAACCATGG CGTTGAGGTGAAGGTCGTAGCTTCACAACACTGGATCTGCACCCAGCGGGACTCCCGGTGGCAGATGAGATGGAAGAGGC GGCCATGGTGGAGGAAGGGGCGGCAGTGGAGGAGGACCATGGTGGCCGAACAAAAGACCCACTTATTTGGGTAAATGATC CACCTAATGTGGAGAAACACCCACCTATTGTGGGAAGAAACCTACCTAAAGCAGGAAAAGGAGCCTCCCTAGAGGAGGAG AAACCCCCAAAGGGGGAGGAGCCCCCAAAGGGGGAAAACGGCACTCAAGTCACAAAAACCCTAGCAGAGCAAGTTTCTTC CTTTCAGTGCTTCTTAAACACAATTTCCTGTGACCTTTTAAAATGCTTGATTAAGTAAAAAGGTAAGGCTCAAGCTATAA AAAAAGACTTGTAGGTTAGGCCCATACCTTATAATAGGCTAAGTCAAGCCTTAAAATTCTTGAAATGCCACATGTCAGAC TTGGGCTATAAAAAGAGAATGCAGGTCAGGTTTGGGTCACGCAAAACCTAGCTTGACTTGACTTATTTCCACCCCTAATC TCGATGATCAAAGGAGGGCATAATTCAATTTCTGGGAGAACAATTTACACTTTTTACGAGTGATAATGTATTCATTCCAC TCATCATATATGGTCGCACAAAGCGGTAAACAATGGATCATGAAATATTTTTAATTCCTATATGCGGTTAAAAAAAAGTT TGTATTTGAGTAATGATTTTTTTATCTTTACTTAATTTTACACTCTTTATAATGTTTTTAAGTCAGTTATTACAACCCAA TTTAATTTTAATTATTTTGAAAAGCACCTTTATTGAATAACAATAGGGGATTTTAATAGGAAAAGAATGCATAAAAAATT TGAAATAATTAAGTAAATTTTAGAAAAAATAATTTAATGCCTTTTTTGTAAAAAAAATGAATAGTTTATAATATATAGAA GTACAATTTAATAAGGTAAATTATAAAAAAAAATCTATTTTTTTTGTCACAATTAAAAATCCAATTCAAAACCCGTTTGG TGGTCATGTAATGATATGATAGGATATCGTGAACAAGATAGCAACATGAGCATGATAAACTCTTATCATATTATGTATTT GAATAAAAAGTACATTTAAAAATTGATCATTCTATTAAATTTAATTTTTTATACTCTTTCATGAATGAGCCTATATTTTA AAATAACTAAAATTAATTTAAATTTTATTAATTAGCCTATTTTATTGTTTTGAAGATAACCTATATTTTTTAAATAAAAT TATGCAAATAACCAATTGGTTTTCACTTAGTTGTGACACGTGATAATTAAAAATAAAAGTTAACTAAATTAAGAATATTA TTATTTCAAAAGTACTTTATATTTAAATTATAAATTATTATATAAGTAGATAAATAATTTTAAATAATAGGAGATGAAAA TAGAAAATTAGCCTATTACAATTAAAAAATCAATATTTGTAACCAATTGATTTTCACACACGTGATAAATAGGGAAAATT AACTAAATTAAAAATATTATTATTTCAAAAGCAATTTATATTTAAATTATTATATAAGTAGATAAATAATTTTTAAATAA TAGGAGAGGAAATATTAAGTTAGTCTATTACTATTAATAAATCAATATTTTTAAGTGAGTAGTCTATTTTACTATTTATG AATAATAATTTTATTTATTTTTTATTTTATTTGAATAAATATTTTTATATTTATTAATTAATATTATAAATTATATAATA TTAAAATAAATTAATTTAGAGTTAGGATACAGAAAAAAAATATATAACTGATATTCTATCATGTTCTATCCTAACTCACT CCTCAAGATAACTTTTACACATAATGGACATGAAAGGATAGGAGACATGATAGTATTACTGCTGATGCAACAAACAATAG ATAACAGCAGGATATGATTACTTAGTATCCTATCATATTTTATCTTGTCCTTTCGATAAAGTTAAAACGTATATGAGAAA ATGGTGTGATTCTTTTGTTCTGAAATTCTGAAGCAACTTCAACTTGAATGTGGCCTCCTCTCATCGGAATATTTCTGCGA GCGACGACACTCACCAACAGAGCAATCCCATAAAGGTGCAACCTCAGAATGCATATCACGTTTCCATCTCAATTTATATC ATATGTTCTCTTCCAGTGAGCTGAAAGATTTTTATCATATGTTCTCTTCCACTTGCATGATTAATTTCAATTTCAATCTC AATTTATATCATATGTTCTCTGAGTTGCTGACTTGCTGCATTTGAGATTTTTACTGATAAAAAAATCTAAACTTGAAACA AGGGTAATGAGTTCTGTAGTGGTTAAATATTTTATTGAATTAACATTGCTCATAGTTTCTTTTTTGGTGCAACATTGCTG ATAGTTAAATAAAGGTTTGTTTTTTCTTTACTTTTTCAAAGGGGAGAGGGTGAATTCATGAAATTTTGCTTGCCCATGAT TAGGGTTTTTTTGTTTGTTTTTTATTGAACTTTTTATTTTTCTTTCAAATGCTGGTTCCAGTGTTGTTCTTGTCTGAAGT TGAATATGACTGGATTTTGGGTGCATGGTGCCTTTAGTTCCTCCTTTCATGATTAAGTTGTGGTTTGGAAGCTTGTTTAG TAGTAAAATGTAATTTGGGATTGCTTTCACAAAATGGTTGACTTTTGAGTAAAAAGAGAATTCTGATTCATGCTTACACA TACAAGTTCTATATATACTGCATCTCCTAGAGTACATACTACTTATGTGGTTTGTATATAAGCTGCAATCACAATAACTG ACTAAGTGTACATAACCACCTAATTAATTGACATATGTAGCTTAGAGGAGTTTGAGAAGTTGGAGGAGACTCGTCACTAT CGGTAAAGTTGTCATGGCATATTCCTTGTGCTAATCACTATATTTTTTCACTTGAGTTGTATTGTTTTGTTTATGCTGTA ATAATTGTGATATAACCTATGTTGTGTGGAGTATTATGATTAAGTCTATGCTAGTGTTTGCCATTTAGCTACAAGTTTCA GATCATGTACTTATTTAGTTGATTTTGTTGCTTACTGAATTACACAAACTGTTCCTTAGGTATTCAATAATCCTTGTTCC TTGAAGCAAACTGAGAAAGGCACATAAATGGAGTCTCTAGTTCTTCAACTCCATGAAATCTCAGCTCTCAAATTCGGCAA CTTTAAGCTTAAATCAGGCATCTCCTCACCAATCTACATAGACCTTCGCCTAATTGTATCTTACCCATCTGTCCTGCGGC AAATTTCTCAAACTATGATCTCCTCTGTCTCCTCCACTTCATTTGACCTTGTCTGTGGTGTTCCTTACACTGCTCTGCCC ATTGCTACTTGTGCCTCTGTCACTCACAACATCCCGATGGTCATGCGCCGCAAGGAAATCAAAGAGTATGGCACATCTAA AGCCATTGAAGGTGATTTCAAGCATGGCCAAAGTTGCTTGATAATTGAGGATCTAGTTACTAGCGGCACGTCGGTTTTGG AAACTGCTGCGCCGCTGCGTGCTACGGGGTTGAAGGTCAGTGATGCTGTTGTTTTGATTGATAGAGAGCAAGGTGGGAGA GAGAATTTGGAGAGTAATGGAATCAAGCTGCATGCTATTCTTAAGTTGACTGAAATGGTGAAGATTTTGAAGGAAAAAGG AAAGCTTGATCAAGAGATGGTAGGGGTTGTTATGAGATTCTTAGAGGAAAATCAGAAGGTTGCTGCTTTGGCAATTAAAG CTAAGGTCAAGGCATTGCCATATTTGAAGAGGGCTAATTTGTCCAAGAATCCAACAGGAAAGAGGTTGTTTGAGATAATG GCTGAGAAGGAAAGTAATCTGTGTTTGGCTGCAGATGTTGGAACTGCAGCTGAATTGCTTGAAATTGCTGACATGGTGAG AATTTGGAATTCATACAAAGTAGGAAGAAATTTACTTATGACATTTTGTTTGATCTCTCATTTATGGTGGAAATGTTAGA GACGGTTCTTAATATAAAAAATTGGTTGAAAATTTAAAGAGTCCTGTTCTCTGGATTATTATCAATGAGGTTATAATTAA AAGCTTGATCCCAATGAAGAAATTATCTAAACTAATGTGTTTGTTCTTCTGTGTCAGGTTGGGCCTGAGATATGCTTGCT GAAAACTCATGTGGATATTCTTCCAGATTTTACTCCTGATTTTGGTTCTAAGCTTCGCAAGGTAGAATGCTAAAAGAAGT CATTTTTTCCTTTCAGTATACAGATCACTGGACAAATTTTTGCATCATGATATAGTTAGCATATGTACACTGGAGTAGTT TTGCTAGTATTTATTGAAAATATTATGCCGATTTCATGACTTTGACTTGTACATGAGTTTTATGGGGTTACGAGTCACTG AGATTGTAGGACTAGACCTAATAATTGCTATATTCTGCTGAAGATTGCAGAAAAACACAACTTTTTAATCTTTGAGGACC GTAAATTTGCTGACATTGGTAACACAGTGACCATGCAGTATGAAGGGTTAGACTTTGCTTGTAAATTTTGGATTCTTTTT CTGTTTCCCTTCATCATTGTCTGCTTTTAATATGACATCATTTTGTTCTGTTATTTCAACAGAGGGATCTATCATATATT GGATTGGGCTGATATAGTGAATGCTCATATAATCTCTGGTCCTGGAATTGTGGATGGACTAAAATTGAAGGTTTATCCTC TATGATACTAGTCATAGCATTATATTGACTGGAGCCTGCCCGAAAATGCTAGTTTAACGCGTCTCTTGAACCATGCTCAG GGTTTGCCTCGCGGAAGGGGTCTGTTGCTGCTCGCTGAAATGAGTTCAGCTGGTAACCTTGCCAAGGGAGATTACACCAA TGCTGCAGTGAAAATTGCTGAGGATCACTCTGACTTTGTTATTGGCTTTATCTCAGTCAATCCAGCATCATGGCCCGGGG CACCCATAAATTCCTGTTTCATCCATGCCACTCCTGGAGTTCAAATGGTGACTGGTGGTGATGCTTTAGGGCAGCAATAT AATACTCCATATTCTGTAAGTTTAGGCTTAAATAAGTTTTTCGTCCCTAACCTTTCCATAATACCTGGTTTTCGTCCCTC GCCGGAGCAAAGGTGGGCTTAGTCCCTAACCTTTGCCAAAACATTTGGTTTTCATCCCTCCGGAGCTCTGGGTCAACGCC GGAACTCCGGTGGCCCATGTGGCATTGCCACATGGGATTAATGAGGCCAGGTGTTAATTATTATTATTTTTTAAATTAAT AACAAATTAACTCACTAATTAAAAACACTTAACTCACTAATTAAAAACCTCAAAGAAACTAAACACACTTTCTTCATTAG ATCTGGAAAAATCTCTTCATCTTCATATGCCCATTCATCCTTAATCCTCCCCCTTCATCCATTTTCTCTGATAACTCTAA ATTAAATAATAAAACCCCACCTTCAAACCCCAATTTCAATCTGTTCATCTTCAAACCCCATTTCATCACATGTTTTGGGT CAATTTTTTCAACCAAAGGGAAAAGCTTCAAGTATCCACCGTCTTCACCATCAACACAGTCCTCCTCCATCTTTTTCATT CTGATCCCAAATGCTTTGAAGGTCACACCTTTCCTCTTCAACCCTTCAAATCCCAACTCAAATGCATCCAAACCCATCAA ACCCTTCTAAGCCATCGTTTCCCCGGAGCTCGCCTCACCAAATCCATAAACAACCAAAGGCCAGATCGTCCCCACCGTGA CTCTAACAGATCAAGAACCAGGACGAAGAAATCGAGCAGATCGAGAGCCTGGTTCTCTATTTTCTCTTCTCTGTTCGATT TTCTGGGTTTTTGGTGAAGCTCGATGGTCATGGTTGTGGAACAAGGTGGCTTTAGTGAGAAAGGGGTGACTTTCTGACGG AGGAGGCGTTATGTTGGTGAAGTCGCGTACTGGAGGGCTGGTGGTTTTGATGTGCGTTTGTAAAAACGCATAAACACAGA TCTGTAGCAAAACTTGCGTTCCAGCGAAAGCGATAAATTTGAGCGGTGGGTGTTGGGCGTTGGCGTTTGCACACATCTGT TCGCATACCTCTGTGTAGCTTTTCGTATGATTTGGGGTGGCAAATTCATTATTGTTCTGTTGAGAATTGTAGGAGAGGGG CCTCTCTTCACGTGGATTTATTTTTCATCTTGATTCAGTCTGTTTCAATTCAGTTCGCTTGATTCAATTCAGTTCTAGCA CATTTTCCATGTATCATGCTTGATTCAATTATGTTTCAATTGGATTTGGTTGAAGGAAAGGGAAAAATTGGTTTTTGTTT CTTTTTGTTTTTGGATTTCTTGATGCTTCTTTATTTGTTTCCAGATTTTGTGTTGTTGATTAATTGGAGATTAATATGAA GGAGGATTAGATATTAATGATTTAATAAAATTAAGATAAATAAGTTAATATTTTTTTATTTTTAGACTTTAAACAATTTT TTTTTTAAAAATTAATTAGTTTTTTTTAATTTAAATGAAAAAACAAATTACACATCAGCTTATTAATCCCATGTGGTAAT GTCACATGGGCCACCGGAGCTCCGGCGTTGACCCTGAGCTCCGGAGGGATGAAAACCAAACGTTTTGGTAAAGGTTAGGG ACTAAAGCCCACCTTTGCTCCGGCGAGGGACGAAAACCAGGTATTATGTAAAGGTTAGGGACGAAAAATTTAAGCCGTAA GTTTATGCATATTGTGATTTAACTTCAAGTCACATGCAAACAATAACCATATGCATTGTCAATCACAAATTCTACCTGAA GTTGTAAGCTATTAGGTAAGGATCATAAATGATTTAATATCTAACACACTCTATCTTGCAATTGGCCTTTGGGAATGACA ATGATCGAATTCTTGATACTAGATCATCTACACTCTGATTACATGTCAATTACAATCTCTCCCAAAAGATTAAGACACTA AGTAAAGGCTTGTCAATAGTTTTATATCTATAATATACAAAGTACTGTACTCTTAATTTAGTTGATCTACTATTCTTTCT TAGGTTGAAAAGAAACTAACTCATATCTTCAGATTTCATATGAACCTTTAATTATAGTGAAACTAACTCGTATTCTTCGG ATTTTCTGGGACTAATGCCTAAATTTTACCATTACGATTGCCCGTGGCATGCTAACTTGTTTCTCTAGTCAACAACAACA AACCCGTTACCCAACTAAGTTTTGGATTCTTTTCTTTGGACTAACTTGTATCTCTGCATTTCAAACCATGTGTTCCTAAA CAATAGTATCATCATTTATTTTAAGTTGATTTTTCTGGCATCTTTATCTTTTGGATAACTTACATAGTTGAGTTAATTGC TCTTCACAATTTACCAAATGGTTTTTCAGGTAATCCATGAAAAGGGCAGTGACATAATCATAGTGGGTCGCGGCATCATC AAGGCAGAAAATCCGGCTGAGGCAGCCCGCAAATATCGTCTTCAAGGATGGAGTTCATATATAGCCAAGTGCAGCTAACA CCTGTATTCCTAGAATAAACAGATGACTAGGAAATGACTGTATTTTTTTTTTCTTGGCGAAGGGGATTTTATTTCCGGGC TCATAATTAACAATCAAATGTGAAAGCAGACCTGGAATTTTCTATTTCTTTTGTCCTTAGCGTGTAATGTATTGAATGAT GCATATCATGTTATTTTGTAAACTGAATTATCCCTGAAAATTTAGGGGCCGTCAATTTAGTCCCTCAACTCTAGAAATAG ACAAATGGGTCATCAGAAAATAAAAATGTTCAATTTAGTCATTTCATGAACTAAAGTTGATTATTTTTTAAAGAAAAATT AATTTCCTTTCATTTTTTAAGGACTAATGTGGC
CDS sequence (LotjaGi3g1v0320200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGAGTCTCTAGTTCTTCAACTCCATGAAATCTCAGCTCTCAAATTCGGCAACTTTAAGCTTAAATCAGGCATCTCCTC ACCAATCTACATAGACCTTCGCCTAATTGTATCTTACCCATCTGTCCTGCGGCAAATTTCTCAAACTATGATCTCCTCTG TCTCCTCCACTTCATTTGACCTTGTCTGTGGTGTTCCTTACACTGCTCTGCCCATTGCTACTTGTGCCTCTGTCACTCAC AACATCCCGATGGTCATGCGCCGCAAGGAAATCAAAGAGTATGGCACATCTAAAGCCATTGAAGGTGATTTCAAGCATGG CCAAAGTTGCTTGATAATTGAGGATCTAGTTACTAGCGGCACGTCGGTTTTGGAAACTGCTGCGCCGCTGCGTGCTACGG GGTTGAAGGTCAGTGATGCTGTTGTTTTGATTGATAGAGAGCAAGGTGGGAGAGAGAATTTGGAGAGTAATGGAATCAAG CTGCATGCTATTCTTAAGTTGACTGAAATGGTGAAGATTTTGAAGGAAAAAGGAAAGCTTGATCAAGAGATGGTAGGGGT TGTTATGAGATTCTTAGAGGAAAATCAGAAGGTTGCTGCTTTGGCAATTAAAGCTAAGGTCAAGGCATTGCCATATTTGA AGAGGGCTAATTTGTCCAAGAATCCAACAGGAAAGAGGTTGTTTGAGATAATGGCTGAGAAGGAAAGTAATCTGTGTTTG GCTGCAGATGTTGGAACTGCAGCTGAATTGCTTGAAATTGCTGACATGGTTGGGCCTGAGATATGCTTGCTGAAAACTCA TGTGGATATTCTTCCAGATTTTACTCCTGATTTTGGTTCTAAGCTTCGCAAGATTGCAGAAAAACACAACTTTTTAATCT TTGAGGACCGTAAATTTGCTGACATTGGTAACACAGTGACCATGCAGTATGAAGGAGGGATCTATCATATATTGGATTGG GCTGATATAGTGAATGCTCATATAATCTCTGGTCCTGGAATTGTGGATGGACTAAAATTGAAGGGTTTGCCTCGCGGAAG GGGTCTGTTGCTGCTCGCTGAAATGAGTTCAGCTGGTAACCTTGCCAAGGGAGATTACACCAATGCTGCAGTGAAAATTG CTGAGGATCACTCTGACTTTGTTATTGGCTTTATCTCAGTCAATCCAGCATCATGGCCCGGGGCACCCATAAATTCCTGT TTCATCCATGCCACTCCTGGAGTTCAAATGGTGACTGGTGGTGATGCTTTAGGGCAGCAATATAATACTCCATATTCTGT AATCCATGAAAAGGGCAGTGACATAATCATAGTGGGTCGCGGCATCATCAAGGCAGAAAATCCGGCTGAGGCAGCCCGCA AATATCGTCTTCAAGGATGGAGTTCATATATAGCCAAGTGCAGCTAA
Protein sequence (LotjaGi3g1v0320200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MESLVLQLHEISALKFGNFKLKSGISSPIYIDLRLIVSYPSVLRQISQTMISSVSSTSFDLVCGVPYTALPIATCASVTH NIPMVMRRKEIKEYGTSKAIEGDFKHGQSCLIIEDLVTSGTSVLETAAPLRATGLKVSDAVVLIDREQGGRENLESNGIK LHAILKLTEMVKILKEKGKLDQEMVGVVMRFLEENQKVAALAIKAKVKALPYLKRANLSKNPTGKRLFEIMAEKESNLCL AADVGTAAELLEIADMVGPEICLLKTHVDILPDFTPDFGSKLRKIAEKHNFLIFEDRKFADIGNTVTMQYEGGIYHILDW ADIVNAHIISGPGIVDGLKLKGLPRGRGLLLLAEMSSAGNLAKGDYTNAAVKIAEDHSDFVIGFISVNPASWPGAPINSC FIHATPGVQMVTGGDALGQQYNTPYSVIHEKGSDIIIVGRGIIKAENPAEAARKYRLQGWSSYIAKCS
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 | 468 | 468 | 0.0 | – | |
| Hamap | 1 | 224 | 224 | 21.328 | ||
| Gene3D | 1 | 206 | 206 | 1.8E-64 | ||
| PANTHER | 1 | 468 | 468 | 0.0 | – | |
| SUPERFAMILY | 3 | 191 | 189 | 1.42E-42 | ||
| TIGRFAM | 8 | 169 | 162 | 1.5E-42 | ||
| Pfam | 49 | 152 | 104 | 6.6E-9 | ||
| CDD | 59 | 166 | 108 | 1.0952E-17 | ||
| Gene3D | 207 | 468 | 262 | 7.4E-94 | ||
| SUPERFAMILY | 210 | 463 | 254 | 4.71E-56 | ||
| Pfam | 236 | 455 | 220 | 6.0E-74 | ||
| SMART | 237 | 455 | 219 | 9.9E-35 | ||
| CDD | 238 | 455 | 218 | 2.01894E-50 | – | |
| TIGRFAM | 238 | 456 | 219 | 3.0E-55 | ||
| ProSitePatterns | 293 | 306 | 14 | - |
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 | Orotate phosphoribosyltransferase activity | Catalysis of the reaction: orotidine 5'-phosphate + diphosphate = orotate + 5-phospho-alpha-D-ribose 1-diphosphate. | ||
| Molecular function | Orotidine-5'-phosphate decarboxylase activity | Catalysis of the reaction: H(+) + orotidine 5'-phosphate = CO(2) + UMP. | ||
| Biological process | 'de novo' pyrimidine nucleobase biosynthetic process | The chemical reactions and pathways resulting in the formation of pyrimidine nucleobases, 1,3-diazine, organic nitrogenous bases, beginning with the synthesis of a pyrimidine ring from simpler precursors. | ||
| Biological process | Pyrimidine nucleotide biosynthetic process | The chemical reactions and pathways resulting in the formation of a pyrimidine nucleotide, a compound consisting of nucleoside (a pyrimidine base linked to a deoxyribose or ribose sugar) esterified with a phosphate group at either the 3' or 5'-hydroxyl group of the sugar. | ||
| Biological process | Nucleoside metabolic process | The chemical reactions and pathways involving a nucleoside, a nucleobase linked to either beta-D-ribofuranose (a ribonucleoside) or 2-deoxy-beta-D-ribofuranose, (a deoxyribonucleoside), e.g. adenosine, guanosine, inosine, cytidine, uridine and deoxyadenosine, deoxyguanosine, deoxycytidine and thymidine (= deoxythymidine). | ||
| Biological process | 'de novo' UMP biosynthetic process | The chemical reactions and pathways resulting in the formation of UMP, uridine monophosphate, starting with the synthesis of (S)-dihydroorotate from bicarbonate; UMP biosynthesis may either occur via reduction by quinone, NAD(+) or oxygen. |
Expression pattern of LotjaGi3g1v0320200.1, 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…