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 | LotjaGi3g1v0046900 |
| Transcript ID | LotjaGi3g1v0046900.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Methylthioribulose-1-phosphate dehydratase; TAIR: AT5G53850.2 haloacid dehalogenase-like hydrolase family protein; Swiss-Prot: sp|B9N1F9|MTBC_POPTR Probable bifunctional methylthioribulose-1-phosphate dehydratase/enolase-phosphatase E1; TrEMBL-Plants: tr|I1KDU3|I1KDU3_SOYBN Probable bifunctional methylthioribulose-1-phosphate dehydratase/enolase-phosphatase E1; Found in the gene: LotjaGi3g1v0046900 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr3:4998565..5011452) extracted from Lotus japonicus Gifu genome v1.2.
ATCAATCAAAAATGAAAACCAATTCCTTCTCTTAAAATTGCCTACACAATATGCGAAGTTCCCTTTGAGTGTTTCAGTCA GAGACGAACGAGACACAGACTGCTCTCACTCTTTCTCTTTCTCTCTCAACTTTTTCTCTCACTAGAATCCATGGCAGCCG GAGTCGACGGCGGCGTGAAGGAAGCTACGGCGTCGCAGGCATACCTTGAAGGCAAGGCAGTGAACGATACGAGAGCTTTG ATAGCTGAGCTCTGTCGCCATTTCTACAATCTCGGTTGGGTTTCAGGAACTGGTGGCAGCATCACCATCAAGGTCCATGA TGACTCCATTCCTAAACCCCATCAGCTTGTGATCATGTCCCCTTCAGGTATATCAATCAAGCTAGAAAAATTTCATGTAT ATGAACTCTAACTCAATTTTTGAATTTTCATGTCACTTTTTTCGTGGATTGGTTGGTTGATTTGTGTGCATTTGTTTAAC ATGTAAAGCTATAAGTGGGTGTGAGAGTAGAAAATCATGAATGAATTGAAGTATAATTGACTTTGATCATTGTAGTTGTA TGATCAATTGATCATACATTCATGTGTATATAGCTTTCTTGTCATTTTGGTATTGGTGAGATTCCTGGTTTTCGGAGTCC GTTCGAATGGAATGTAAAACAAATCTCACTATGGTTGATTTCAGTTTGGATTGGTTAATTGGTGGAGTTTGATTTCTCTG CTTACTAGTCAATTTAGTTATTGGTTGTGCTAGTTTCAGGCTGAAGGAGTAGTGGGAATTCTGTGTGGGATTGGTTGGTT GATTTCAGTCACAGGAGTAGCTAAGTCAAATTTTGAATCTTTTTATCATTTTTTTTTGTGGGATTGGTTGGTTGATTTCT GTGCATTTGTTTAACATCTAAAGGTATAAGTGATAATGAGAGTAGAAAATCATGAATGAATTTAAGTATAACGGACTTTG ATCATTGTATGATCATACATATATGTGTATATAGCTTTTGGGATAATTAGTTGTTTGATAGCTTTATTGTCATTTTGGTA GTGGTGAGATTCCTGGTATTCCGAGTTGGTGCAAATGGAACAAAAAACAAATCTCAGTTTTGTTGATTTGAATTTTGGTG GGTTTGGATTGGTTAATTGGTGGAATTTCATTTCTCTGCATTCTACTTGCTAGTCAATTTAGTTGTTTGTTACGGTGGTT TCACCCGCAGGACTTGTTGGAGTGTTGTGTGTTGATCGCGGCTTCATTTTATTCTTCCATTTTATGAAAATAAAATTCTT GTGCAGGTGTTCAGAAGGAAAGAATGGAACCAGAGGACATGTATGTGTTATCCCACACTGGAGAAGTCTTGGCTGCTCCA TCTCCCAAGCCTTACCCGAATAAACCTCCCAAATGTTCTGATTGTGGTCCACTTTTCATGAAGGTAAATTAGTTGTCGCC CTAAGATGTGACACACTCTGTTACTGATTGTGTTTCTCCCTAATATAATGCTCTACTGATTATCATAACATCGAAGAAAT GCTAAGATTAATTTATTCATTCTTACTTATGTTGGATTTTGTGATAGTAATTTTTTTCCCTGTATACAGTACAAATGCTA TTTTGCTTTCAGAAAATTGGATTCATGTTGCCACAATTTTGACATACAAGGAGATAATATTGAACATATTATAGTAGTTG GAAGGGCTTCTAGATTCTTGCTATGTATTATGTATATAATTAAAATGAATACGCTAATACTCTTACTGTCAATGTTTTCA TTTCCAAAAAGAATATTTTATTGAATTGATAATGGAAAGAAGCTGATCATGAATTTTATCATTTGAATATTTATCTTTTA TCAAAACTAAAATAGATGATGACGGTAGTTACTTGTTATTCTTAAGCATGTTTTATGAATTTTTTTTAAATATTTTCTCT CACAAATGCATTTCCCTTTCTTTGTTTCCAGGCATATGAAATGCGTGATGCTGGGGCTGTTATCCACAGTCATGGGATAG AATCTTGTCTTGTAACAATGCTCAATCCTTTGGCAAAGGAATTTAGAGTAAGTTTTTGTACATGGACACTTCAAAGTTTT GTAAACTTCTGGCATTTTGTGATTAGAGATGCTGATTCTAAATTATGAATTATGAAACATCATTTGTAACCTTGTGATCT TTCTCTTGTGTTTTTATCAGTAACTTTGAATTTTCTGAAGTTGTTTTCACTTATTACATATTGCTTTTAATGGGAAACAT AATTTTGTAGTTGTAGTTCCGTTTTTTTTCTTGAGTTTTGTATGTTGCAGTAATTTTATTCTAGTTATTTTGACTTGATT CTGGCTGTCTCTACAAATTGCAGATTACACACATGGAAATGATAAAAGGAATCAAGGGACATGGTTATTATGATGAACTA GTGATCCCCATAATAGAGAACACATCCTACGAATATGAGCTCACAGAATCTCTAGCTAAAGCTGTATGTTTCACTCTGAA AATTAACCTATGGCTGGATGAATTTACATATTCGTTAATAGTGAATTACTTTGGTTCTGTTAAACTATCTTGTTTTTTCT GCAATAGGTCCACTTCCCAGTGGATTTTAATATCACAATTCCATTTATTCGATGTTTTCTTCACAATAACATACAGATAT TGGTCAGGGTTTCCATGATCACACCGTGTGGTGTTTCATTAGTTTTTTGTTTTTGTTTTTTTATGTCTGATATACCTTGA TCTTTTCTACTAATTTGTAGATTGAGGCCTACCCTAAAACTACAGCAGTACTTGTACGCAACCATGGAATATATGTTTGG GGAGACTCATGGATCAGTGCTAAAACTCAGGTTTGTGCTGTCCACAAAACGCCTAAGTCACAAATGTATATTTCAGCTTC TTAGAAGTTCCAGAACATATGATGCTCCTGAATAAGTGCATAGGCTTTTTATTTCTCTGGGATGTTTGTTTGTACGTTAT CATGCTTTCTTGTAAATGGTGTGTGATTTTATTACAGTCTGAGTGTTATCATTATCTCTTTGATGCTGCTATCAAACTTC ACCAATTGGGATTGGACTGGTCTACTCCAAATCATGGTCCAATACATAGTCCTAGGAGTCTCAGGATTGCTGGGGATTCA AATCTGTCTGTCAAGGCAAGGAAGGTTAATGGTGAAATTGATCCATTTCCAGTAAGATGATTTTCCTCTGTATTTAAAAC TTTAGATCTCTAATCTAGTTTCTAGTATTATAACATAAAATTCCTGAAACTAGATCATCTATGCTCAGTGTGGACTAAGA ATGCAAATGCCCAGTTCCTTAGATGTCACACATTTAGTGCAGTTGTTTTTCCATGTAGTTATATATTTGATTGTTGAGTA CTGTTCCCTTTTATATTGCAGCGTTGCATTGTTCTTGACATTGAAGGAACTACTACTCCCATATCATTTGTTACTGAGGT TCTCTTCCCATATGCACGTGATAATGTTGAGAGGCATCTATCCAAGACATTTGATACTCCCGAGACCCAAGCTGATATTA AGTTGCTTCGCTCACAGGTAATGTTCAAATAGAGTTGGTTGGCTTTGCTTACTTATGGGATGGGAACCTGTGGGTCAGAG GTTTTGCCTTAATGACACTAACTGATATGTTGCAGATGAAAATAAGTTTTGGTTTTTAATTGCACTGTCCTTTTATGCTC TGCCCTTTATTATTTGAACACTTGCTACGAATAAGTAGTTTTCCGTGTTCATTTCATTCATTTATTCTTCAAATGGTCAT ACTTCATCTTGTTTTGGCATTTTTGTATATGTTGCATTCAAAGATTTTGGACCACTCACTTCCTTAAACTGTGAGTATAG GTTGAAAGTGACCTGGAACAAGGGGTTGCAGGTGCTGTGCCTATTCCTGAAGATAATGCTGTGAAAGAAGAAGTCATTGC TGCTTTAGTAACTAATGTAGAAGCTATGATTAAAGCAGATAGAAAGATCACTGCCTTGAAAGAGTTGCAGGTAATTAGAC ATTAGCAAAAAAATTCCCTTTATTGAATTTACCTTTGTGATATTATTATCTGAAATTTAGCTATGCAGGGCCATATATGG CACACTGGTTATGAGAATAATGAATTAAAGGGAATGGTTTTTGATGATGTACCAGAAGCCTTGGAAAAGTGGCATGCCTT GGGCATAAAGGTTGCAATTCCTTTTCCATTGTTCTACTTCTTTCCATTTCAATTGGCTAATTGTTTACCTGTTCTATTAG TCTTCCTTCTTAGTGTATTTCCATTTTTGTCTCGTTTAACTATAAAAGTTTTGTTTAACTATAGGGTAAAGCAATTATTT TTCTCTGTTGGCCTAGAATGAAACAAATACAGCAATCACGTACATGAAACAATCTTAAATTTTTTGAATTTGCTTGAGTG ATTTTCACTGCAACCTGTGATTATGTATGCATAAGAAAATTAATGACAATCACTATTTATAAAAATAATAAATAGGAAGA GACATTTCGGAGAACTTTATGCTTTCCAATGAAACTAATTCCAACATGTTATTCCTTGCATTTTTAATTGCTATTTCTAA TCGGTGCAACAGGTATACATATATTCTAGTGGTAGCAGGTTGGCGCAAAGGCTAATATTTGGACATACAAACCATGGGGA CCTAAGAAAATATTTATCTGGGTTTTTTGATACCACAGTGGGGTAATGTTTATCTCTTTATCTCAAGATAAATGCTTACA ATACACAATGACATTATTTTTTTACACACTCTTCAATAAGACGTGAAAGCCTCTGCTAGCCCACTACTAAAGAGCGGGTC GAAGTAATTTTGTTAGGCCAAGCATAGGCTTCACCCAATAATAAAGAATATCAAAAAGAGAATGACAAAGAATGTCACTA CAAGCATTCCTCTTATCTCATTTTTTTTTACTAAATGCAGTACCTATTTTCATGCAAAACTTTGCAGGAACAAAAGAGAA ACACACAGTTATGTTGAAATTTCTGCATCACTTGGCGTTGATAAGCCATCAGATATCTTATTTGTAACTGATGTTTTTCA AGAAGCTACAGCTGCTAAAGCAGCAGGTATGTGTTTTTCACTTATTCTTTTATATACTAAGTACAGACGTAACTGCTTTG GGAGCTTTCAATTTCTTGTATTTTTTTTAGAGAGCAAAAGTGATTTATTAAAAATCAAAATAAGAGTACAATCCCCTTAT AGAGGAGATGAGACAAAAGAAACCGCAAAACTCCCAAAAAAGATTAAAAAAAACTCTTGTATCTTCTTAATCAACTATTA TCAAGTCAGGACTAATTTGACAATGCATGAGTAATGACTAATGACAATGCATGAGTAAATATTTTTCTTCAAAACCATTT AAGTGTAATGATTAGCCTAATGGGTTACCCATAAAGATTACCCACAATGGTTAGAGTTTTTAGGTTTATGTGGGTTTAGG TCTTTGTTTGTGTAATTATCCACAATAGTTTACGGGACTCTTGCCCATACCTGCACATTATTCTTATGTTTTATAATTAA AATTTGTAGGGTTTTTAAATAGTTTTAATTGTCAATTTACACTTTTAAGTCCCCTTTGGAAGTTGAGCTTATTTTCATAA GTTATTTAGATTGACTTATGAATAAGAGTCTACGCTTATCCATAACTTATTTTCAGCTTTTTTCAGTATGTTTCTCAAAT TATGAATAAGTGCTTAATTAAGTGATAAGAACCTTGGGAGAACCATACCACAAAAGCTAGCTGTTGTAGTTGGAGAGCCG CCTGGTAAACCCCACATTAGAATCTCATACTTCCAATGTGAGACTCAAGTCTCATACCTTGCAATTGGGTCCCTAACATC CACCAGGCTCCGGCTCCGCAACCCCGGCGCATCACGCGGGCTGGCTGTGCACCAGCTCTTTGACTAGTCCCGCGAACACT ATAATGCCGGCGTCACCACCCGCGCCGCTAGTTTGCAGTTGAGAGACATGGTGGAAGGCTCTTATACTAATTGATAAGAA CCTTGGGAGAATGATAGGTTTAGGAAGGTTTATACCAGAAGGGGAAGGGCTCGTGGGTTAAGTGACTAGAATATAAGGAC TAAATTGTAATAAAGTGTTTAGCTGTTAGTGACAGCTGTTGCCAGCTGTGGCAGTTAGATTAGATATCAAGTATAAATAG GGAAATAGCTTAGAGAGGAAGTTATCTGAATTTTAGTGTTGAGAACCTGGTTGAGGAACCAGAGAGATCGTGGGATCTCT GTGAAACCCTAGAATTCAGTGTTCTTCCCCAATTTCCCATTTCTCTTGTATTTTCCCCAATTTGGTAGTTCACGTTCTAT GCATTCCTGATTGTACTCTGTTTTGGAATTCAATAAAGTTTCTGGAGAATTACCAGTGTTATCACTGGTATCAGAGCACC ATCCTGGTGCCTGAATCACGCGATTGTGCTACTCTGAATGGTCAAGACAAGAACCATGGCAAGAAGCGAGGGAAGCTGGA ACCAGGAGCGAGAAGAATTGCGACAGGAAACCGAAGGTTTACGCACGCGTCTGGAGCTGAATGAGGCGCGCACGAAGGTG GCTGAGGATCTCATTGCAGCGCTGCGAGCAAGGTTGGGGAATCACGATCGGGATTTCTCTGAGGAAGACGAAACCGATGG AAGAAGGAACAGAGAGGAGCGAAACCGAGTTCCTAACAAGAATCGATGGAGGAAATTGGAAATCCCAGTCTTTTCTGGAA CTGATGCAGTTGGTTGGACTCAGAAATTGGAGCGTTATTTTGCTCTGAGGGAGGTAACTGAAGAAGAAAGGATGCAGGCA ACTATGGTGGCTTTGGAAGGAAGAGCTCTCAGTTGGTTTCAATGGTGGGAGAGGTGCAATCCATCACCATCATGGGAAGC ATTCAAATTGGCTGTGGTAAGAAGGTTCCAACCCTCTATGATACAAAATCCTTTTGAATTGTTGTTATCTTTGAAGCAAG TAGGTTCTTTAGATGATTACATTGATGACTTTGAAAAATATGCTGGAGCATTGAAAGAGATAGATCATGATTTTGTGAGA GGTATATTTTTGAATGGACTTAAGGAAGAAATTAAAGCTGAGGTTAGGCTTTTTGAGTTGCATACACTGGCTGAGGTCAT TCAGAAGGCCATTCTTATTGAACAAAAGAATGTGGCTGTTTCCAAGAAAGGAGGTGGTTTTGTCAGGTCTGCCAATTCTT ATAGACAGAATAACTACAATAAGGTGGTTACCATAGAACCACACAATAGCACAGAACAGAAACAAGACAGTGCAGGGAAT GCTGCTAAGAGTGGGTCAGGCAGTGAAATTGTGAAGGCTAGGGGAGGGGATTATAAACACTTGACTGCTGCAGAAATGAA AGAGAAAAGAGAAAAGAACCTGTGTTTTAGATGTGATGAGCCTTTTAGTAGGGATCACAAGTGTAAAAATAGGCATCTCA GAATGTTGATCATGGAGGAGGAAGATGACTTGGAGGGAGGGGAGTTTGAAGATGCTCTTTCAGGAGAATTCAATTCTTTA CAACTTTCATTGTGCTCAATGACTGGTTTTACCACTAGCAAGTCATGGAAGATGAAAGGCGTTATTGAAGGTAGAGCAGT GGTTGTGCTAATTGATTGTGGAGCCTCACATAGCTTCATTTCCAAGAAACTGGTTGGAGAAATGTTGCTGCCAGTGGCTA ACACCCCATCTTTTACAGTGGAAGTAGGGGATGGACACAAGACCATGTGTAGGGGAAAGTGCTCTAAACTGAAGCTCATG ATTCAGACCTTAGAGGTTATCCAAGACTTCTATCTTTTTGGTCTTAGTGGTGTTGACTTGGTGCTGGGGTTAGATTGGCT GGCTAGCTTGGGAGATATTAAGGCCAATTTTGGTAAGATGAGGTTGTCTCTCAGGAGAGGAGGACAATGGATCACCTTGG AGGGAGATCCTACGTTGACCAAATCTGAGCTGTCCTATGGAGCTCTTATGCAGGTCTTGTTTGAGGAAGGGGAAGGTTTA ATGGTCCATTGTGAAAAGGGAACCAAAGAGGACAGGGAAGCCAGCACTGTTCCAGCAGAATTGTCAAAGGTTTTGGCTGC ATTTGCTTCAGTTTTTCAAGATTCTCAGGGATTACCACCTAGGAGAAGGCATGATCATGCCATTCATCTGAAAGAGGGAG CTGAGATTCCAAATCTGAGGCCTTACAAATGTCCTCATTACCAAAAGAATGAGATAGAGAGGTTGGTGGCAGAAATGCTA GAGGCTGGGGTCATAAGGCCAAGTGTGAGTCCTTACTCTAGTCCCATTATCTTGGTTAAAAAGAAGGATGGAGGGTGGAG GTTCTGTGTGGATTTCAGGGCTCTTAATAAGATCACCATTCCCAACAAATTTCCTATTCCAATCATTGAGGAGTTGTTGG ATGAGATTGGGGGAGCTAAGGTGTTTTCCAAGCTAGATTTAAAATCCGGATACCACCAAATCAGGATGAAGGAAGAGGAT ATAGAAAAGACAGCTTTTAGGACACATGAAGGGCATTATGAATTTCTGGTCATGCCTTTTGGGCTTACTAATGCACCATC TACGTTTCAAGCCCTCATGAATGAAGTTCTTAAGCCTTATTTGAGGAAGTTTGCTCTAGTGTTTTTTGATGACATTTTGG TTTACAGCCCGGATATGTCTTCTCATGCCAATCACCTACAACAAATCTTGGCTCTTCTAGAAAAGAATTCACTCACAGCA AACCGAAAGAAGTGCACATTTGGTCAGCAGAGTTTGGAATACCTGGGCCATATTATTTCAGGGGAGGGAGTAGCAGCAGA TCAATCCAAGGTTGAAGCTATGAAGGATTGGCCTATTCCCAAAGACATTAAGGGATTGAGGGGTTTTCTGGGTTTAACCG GTTATTATAGACGGTTTGTGCGGGATTATGGAAAGATTGCTAAGCCCTTGACTGAACTTTTGAAGAAAGATGGGTTTAAG TGGTCCCAAACTGCTTTGGAGGCTTTTAATCTGTTGAAAGCAGCCATGATCAACCCTCCTTTGTTAGCAGTACCTGATTT TACTAAACAATTTGTGGTGGAAACAGATGCCTCTAGTAAAGGACTTGGTGCTGTCCTCATGCAGGAAGGTAGACCTCTAG CTTTTTGGAGTCATGGCCTCTCACAAAGGGCACAACAGAAGTCAGTTTATGAAATGGAGCTTATGGCTTTAGTGCAAGCA ATACACAAATGGAGACACTATCTCATGGGAAGGCATTTTGTAATCAGAACTGATCAAAGGAGTTTGAAGTTTCTAAATGA CCAAAGGCTGTTTTCTGATGAGCAATTTAAGTGGGCTGTGAAGTTAGTGGGTTTGGATTTTGAAATCCAATATAAACCAG GAAGTGAGAATTCTGTGGCTGATGCACTTTCTAGAAAAATGATGTACTCAGCCCTCTCTATTCTTACTACTGCTGAGAAA GATGATTGGAATTTAGAGTTACACCAGGATCCCAAATTAGCTAAGGTGATTCAGGATCTGCTGATTTCTCCTACAACTCA CAAGGGGTTCAGTTTCAAGAAGGGAATTTTATACTACAAAGATAGATTGGTGTTGTCCAAAAACTCCAACAAGATTCCAT TGATCATGTCTGAGTGCCATGACACTCCAGTGGGGGGTCATTCTGGCCATTTTAGGACTTATAAGAAGATTGCTAGCTTC CTTTTTTGGGAGGGCATGAAATCAGATATCAGAAAATTTGTTGAAGCTTGTGACATTTGTCAAAGACAGAAGTACTCTAC ATTAGCTCCTGGAGGATTACTACAACCACTTCCTATTCCCACTCAAGTATGGATGGATGTGTCCATGGACTTTGTTGGTG GACTTCCCCGAGTCAAAGGCAAAGATACTATATTAGTGGTAGTGGATAGACTGTCCAAGTTTGCTCATTTCTTTGCGTTG GGGCATCCTTTCTCAGCTAAGGATGTAGCCTTGGTGTTCATCAAAGAGGTGGTGAAATTACATGGTTTCCCTACAACCAT AGTTTCTGATCGAGATCCTTTGTTCCTTAGTCAGTTTTGGAAAGAGATGTTCAGAATGGCTGGCACACAACTGAAAATGA GTACTTCTTATCACCCTCAAACCGATGGCCAAACAGAGGTGGTCAATAGGTGCCTTGAAACTTATCTCAGATGCTTTGTT GGTCCTAATCCTAAGCATTGGTTGGAGTGGTTATCTTGGGCAGAGTTCTGGTTTAATACCAATTATAACAGTTCAGCTGG CATGACTCCATTCAAAGCTTTGTATGGTAGAGATCCCCCTATTCTCTTGAAGGCTGGAGCTATACCTTCTAGGGTTGAGG ATGTTAATCAACTATTCCTAAATAGAGATGAGGTTCTGGTTGAGCTGAAACAGAATTTGATCAAGGCTCAAAATCAGATG AAGGTGCAAGCTGATAAGCATCGAAGGCCAGTGGAATTTCAGGAAGGGGATTGGGTGTATCTGAAGTTGCAGCCCTACAA ACTGAAGTCTTTAGCTTCTAGGCCTGTGGCTAAACTAGCTCCAAGATTCTATGGCCCTTATCAAGTCATTAGTAGAGTTG GAGCTGTTGCATACAAGTTGGAACTACCCCCTCATGCTCGCATTCACCCATTTTCCATGTTTCCTTGTTGAAGAAGGCCC TGAAACCTGATCAGCAACCACAGCCTCTCCCTCCCATGCTCAATGAGGAGTTAGAGCTGGAAGTTTCTCCTGCTGAGGTG ATTGCTACCAGGGAGGATGTGCAGGGCAATTTGGAGGTGCTCATCAATTGGGACACTCTTCCCTCTTGTGATAATTCTTG GGAATCAGCTGCAAGAATTCAAGACTTATTTCCCCTGTTTCCCCTTGAGGACAAGGTTCGACTTTTAGGGGGGAGTATTG ATAGGTTTAGGAAGGTTTATACCAGAAGGGGAAGGGCTCGTGGGTTAAGTGACTAGAATATAAGGACTAAATTGTAATAA AGTGCCAGCTGTGGCAGTTAGATTAGATATCAAGTATAAATAGGGAAATAGCTTAGAGAGGAAGTTATCTGAATTTTAGT GTTGAGAACCTGGTTGAGGAACCAGAGAGATCGTGGGATCTCTGTGAAACCCTAGAATTCAGTGTTCTTCCCCAATTTCC CATTTCTCTTGTATTTTCCCCAATTTGGTAGTTCACGTTCTATGCATTCCTGATTGTACTCTGTTTTGGAATTCAATAAA GTTTCTGGAGAATTACCAGTGTTATCAGAGAACCATACCACAAAAGCTAGCTATTGTAGTTGCAGAGCCCAATGCCTTAT AAACTTGACATTAGAATCTCATACTTCTAATGTGAGACTCTCCCACACCTTGCAACTGGGTCCCTAACATTAAGTTGTTT ATTCAAACACACACTTGGTGATATGGGTACCCTAGTCAAACCTTACCTGATTGTCATTCCTAGTTAAACTAACGATGTCA CAATATTTGTTATTGTAAGTGTAATACAAAGGTGAACTCTAGTCAATGTTTTGTACTGATAATTTCTTTTTTGTTTTTAA ATCTGAATATTATTTTTTCTGTTGAATGGGCAAATAAGTGCATAAAAAATCTCTTTTAAATGAAAAATATTCCTGTTCAC TATTCCGATGTGAATAATTAAGTAATAATAGATAAGACAACATCTTCTATCCGACTATCCCAATTGGGAAAACAGAAAAT ATGAACTTGATATCAATTTTTCTCTTTAAATGCATTACAGCCTTTTCCTGTACTTACACATCATTAGCACATACATTTCA AACTTGTGAAATGGTGCAGATTTTATTCGTTTCACTGTACATCGAAGAACTTCTCCAACCTTCTTTTTGTGATTTTAGTT CAATTTTGTTTGCTAAAAAATTGTCCGTGTTTCAGGTCTGGAGGTCATAATTTCTATTCGGCCTGGAAATGCACCTCTCC CTGAGAATCACGGGTTGAAGACAATCAGTTCCTTCTCTGAGATCTGAGAACAGATGCAGTGATCTGTGAGATTATGTTGA ATGAGGCATGATAACTATAGATATTGTAACATTCACTTTTGAAGATGAAATGATAATGTAATATATTTCTGGAACTAATC AAGTTCCAGTTCAACTTTTTTTTTTTTAAGTTTTGCGTGAAAAAATCTAGTTAATTTGCATTTTCATATGTACTATTATA TGGCATTTGAACATGTTACAGCAATAAAAATGTCCTCCTTGCCAATATTTGTCTCTTACTGCAACTGTCTCAAAATAGGA TTTTGATTCATTCACATCCTTTTTTTTTTTCATCTCATTTTTTTCTCTTCCTATTTTTTTCTTCGTTTACTATCACATCA TTTGTTACTCTATTTTGGATTCATATGTCTCTTTGGTGTGGGTGAATTCGGGGTTTGAATAATTTTTTCTTGTAGACCAC TTATCAGCCTAAGAGATTCAGATTTTCTGACGATGAAGATATCTGAGTAGGTCTTAGGTCATAAATCTGCTATCGATCAT TGATTAGGTGGTCTAAACTTTCCATGCAAAAAACAAAGGTGTAGGAGATGATGTTAGATCTCCCTGCCAAATTCCCTGAT AGGCATGAAGCATATGCTTGGGAGCTTGGATATATGGATGTTTCTTGCGCTTCGGATTGTCTGCAAGTTATGAAAGTTCT TCAAGGCAATGTCAATGCAAGTTATGAAAGTTCTTCAAGGCAATGTCAATGTTTCGACCTTTTGGGTGAAGGAGTCTATT TTGCGAGTTAGGAATTTGCTCACTCAGGATCGACATGTTTTGGTAGTTCACAACCCTTGGGAGAGGAATAATGCAATAGA TTACTTGCCTCGCCTTGCTTCTAGAGAAGGCACCTCGCGTCGCATTTGGAGGCTTCCACCATCGTCCATTGTAGCTACTT TATGCATG
CDS sequence (LotjaGi3g1v0046900.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCAGCCGGAGTCGACGGCGGCGTGAAGGAAGCTACGGCGTCGCAGGCATACCTTGAAGGCAAGGCAGTGAACGATAC GAGAGCTTTGATAGCTGAGCTCTGTCGCCATTTCTACAATCTCGGTTGGGTTTCAGGAACTGGTGGCAGCATCACCATCA AGGTCCATGATGACTCCATTCCTAAACCCCATCAGCTTGTGATCATGTCCCCTTCAGGTGTTCAGAAGGAAAGAATGGAA CCAGAGGACATGTATGTGTTATCCCACACTGGAGAAGTCTTGGCTGCTCCATCTCCCAAGCCTTACCCGAATAAACCTCC CAAATGTTCTGATTGTGGTCCACTTTTCATGAAGGCATATGAAATGCGTGATGCTGGGGCTGTTATCCACAGTCATGGGA TAGAATCTTGTCTTGTAACAATGCTCAATCCTTTGGCAAAGGAATTTAGAATTACACACATGGAAATGATAAAAGGAATC AAGGGACATGGTTATTATGATGAACTAGTGATCCCCATAATAGAGAACACATCCTACGAATATGAGCTCACAGAATCTCT AGCTAAAGCTATTGAGGCCTACCCTAAAACTACAGCAGTACTTGTACGCAACCATGGAATATATGTTTGGGGAGACTCAT GGATCAGTGCTAAAACTCAGTCTGAGTGTTATCATTATCTCTTTGATGCTGCTATCAAACTTCACCAATTGGGATTGGAC TGGTCTACTCCAAATCATGGTCCAATACATAGTCCTAGGAGTCTCAGGATTGCTGGGGATTCAAATCTGTCTGTCAAGGC AAGGAAGGTTAATGGTGAAATTGATCCATTTCCACGTTGCATTGTTCTTGACATTGAAGGAACTACTACTCCCATATCAT TTGTTACTGAGGTTCTCTTCCCATATGCACGTGATAATGTTGAGAGGCATCTATCCAAGACATTTGATACTCCCGAGACC CAAGCTGATATTAAGTTGCTTCGCTCACAGGTTGAAAGTGACCTGGAACAAGGGGTTGCAGGTGCTGTGCCTATTCCTGA AGATAATGCTGTGAAAGAAGAAGTCATTGCTGCTTTAGTAACTAATGTAGAAGCTATGATTAAAGCAGATAGAAAGATCA CTGCCTTGAAAGAGTTGCAGGGCCATATATGGCACACTGGTTATGAGAATAATGAATTAAAGGGAATGGTTTTTGATGAT GTACCAGAAGCCTTGGAAAAGTGGCATGCCTTGGGCATAAAGGTATACATATATTCTAGTGGTAGCAGGTTGGCGCAAAG GCTAATATTTGGACATACAAACCATGGGGACCTAAGAAAATATTTATCTGGGTTTTTTGATACCACAGTGGGGAACAAAA GAGAAACACACAGTTATGTTGAAATTTCTGCATCACTTGGCGTTGATAAGCCATCAGATATCTTATTTGTAACTGATGTT TTTCAAGAAGCTACAGCTGCTAAAGCAGCAGGTCTGGAGGTCATAATTTCTATTCGGCCTGGAAATGCACCTCTCCCTGA GAATCACGGGTTGAAGACAATCAGTTCCTTCTCTGAGATCTGA
Protein sequence (LotjaGi3g1v0046900.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAAGVDGGVKEATASQAYLEGKAVNDTRALIAELCRHFYNLGWVSGTGGSITIKVHDDSIPKPHQLVIMSPSGVQKERME PEDMYVLSHTGEVLAAPSPKPYPNKPPKCSDCGPLFMKAYEMRDAGAVIHSHGIESCLVTMLNPLAKEFRITHMEMIKGI KGHGYYDELVIPIIENTSYEYELTESLAKAIEAYPKTTAVLVRNHGIYVWGDSWISAKTQSECYHYLFDAAIKLHQLGLD WSTPNHGPIHSPRSLRIAGDSNLSVKARKVNGEIDPFPRCIVLDIEGTTTPISFVTEVLFPYARDNVERHLSKTFDTPET QADIKLLRSQVESDLEQGVAGAVPIPEDNAVKEEVIAALVTNVEAMIKADRKITALKELQGHIWHTGYENNELKGMVFDD VPEALEKWHALGIKVYIYSSGSRLAQRLIFGHTNHGDLRKYLSGFFDTTVGNKRETHSYVEISASLGVDKPSDILFVTDV FQEATAAKAAGLEVIISIRPGNAPLPENHGLKTISSFSEI
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 | 2 | 520 | 519 | 0.0 | – | |
| PANTHER | 2 | 520 | 519 | 0.0 | ||
| Hamap | 16 | 240 | 225 | 39.935 | ||
| Hamap | 16 | 520 | 505 | 67.517 | ||
| Gene3D | 24 | 248 | 225 | 8.3E-70 | ||
| SUPERFAMILY | 25 | 245 | 221 | 3.73E-45 | ||
| SMART | 29 | 232 | 204 | 5.7E-40 | ||
| Pfam | 30 | 231 | 202 | 5.3E-41 | ||
| TIGRFAM | 31 | 237 | 207 | 1.4E-65 | ||
| Hamap | 277 | 520 | 244 | 35.308 | ||
| Hamap | 279 | 520 | 242 | 56.929 | ||
| TIGRFAM | 279 | 516 | 238 | 3.6E-69 | ||
| SUPERFAMILY | 279 | 520 | 242 | 3.88E-57 | ||
| SFLD | 279 | 519 | 241 | 0.0 | – | |
| SFLD | 279 | 519 | 241 | 0.0 | – | |
| Pfam | 279 | 491 | 213 | 5.6E-8 | – | |
| CDD | 280 | 501 | 222 | 9.22417E-105 | ||
| Gene3D | 281 | 511 | 231 | 8.4E-93 | ||
| Gene3D | 292 | 393 | 102 | 8.4E-93 | – |
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 | Magnesium ion binding | Interacting selectively and non-covalently with magnesium (Mg) ions. | ||
| Cellular component | Cytoplasm | All of the contents of a cell excluding the plasma membrane and nucleus, but including other subcellular structures. | ||
| Biological process | L-methionine salvage from methylthioadenosine | The generation of L-methionine (2-amino-4-(methylthio)butanoic acid) from methylthioadenosine. | ||
| Molecular function | Acireductone synthase activity | Catalysis of the reactions: 5-(methylthio)-2,3-dioxopentyl phosphate + H2O = 1,2-dihydroxy-5-(methylthio)pent-1-en-3-one + phosphate; (1a) 5-(methylthio)-2,3-dioxopentyl phosphate = 2-hydroxy-5-(methylthio)-3-oxopent-1-enyl phosphate; (1b) 2-hydroxy-5-(methylthio)-3-oxopent-1-enyl phosphate + H2O = 1,2-dihydroxy-5-(methylthio)pent-1-en-3-one + phosphate. | ||
| Molecular function | Metal ion binding | Interacting selectively and non-covalently with any metal ion. |
Expression pattern of LotjaGi3g1v0046900.1, 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…