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 | LotjaGi2g1v0257600 |
| Transcript ID | LotjaGi2g1v0257600.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Aldose 1-epimerase; TAIR: AT3G47800.1 Galactose mutarotase-like superfamily protein; Swiss-Prot: sp|Q5EA79|GALM_BOVIN Aldose 1-epimerase; TrEMBL-Plants: tr|I3SM26|I3SM26_LOTJA Aldose 1-epimerase; Found in the gene: LotjaGi2g1v0257600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:72359347..72374293) extracted from Lotus japonicus Gifu genome v1.2.
AGGATATTTTTCTCATCAACTTTGAAGCCCGAATTCATGACCAAAGCACAAGGAAGGATCGAACTCACGATCTCAGGAGT TCAAACATCTACTTTTAATCAATGCGACTAACTGAATGAGAAAAGCAGGCAGAAGATTAAGAACTTTGCTCACCAATTTT CCCTTGTTTGAATTTCAATTATTAATTTGCTCATTCCTTTTTCTTTGGTGGATTTGAATTTTGATCATGATCCTATACAA AATTGGTGCTTTCCTTTTCTTAACATCATCCAGTTTTGATCATCAAAATGAATGAGCAGCTAGCGTTTGGATCTTATTTC ATCTTCGCTGGTTTATATGGATGCATATATATTAATTACCAACTCACCACCTGTGTATGAGTTCACAAGAGCACTCACTT TGCCATTGGAGCCCAGTTTTTATGCTCCATCTTCTGTAATTTCTCTTCTTAGAACTGGTTTCCTACTTCGTTGAACTGGT TTTATATTATATTTACACAAACTTTATTTTTAATAGTTTCGCAGTGTGCCACGTTGTAGATGGGGTAGAAAGTGGTGGTC GTGAATGTGGGGTTTAAGTCGCATGCTGCTGGAGATGGGGTTCTCACCTTGTTGGTAAGCTTTGACGGCGGCACAATGGA GCACCGGGCCAGCTCCGGCAGAGGAACTCCGGTGACTGCTAAGGTTTGTTTCAATACTCTTTTTACAACAAGGGTCATAG AGCAAATTGGTAACTTTGTTTCAAAATGAAGTTTTTATTCATACCATTAGTTTGCTGTCACTTTCCCATTATCAAAGCAA ATTTCCCATTATTAAGTTGCTGGGCAACCCTCGGAATATCCCGACGCTCCTACTCCAGTGGGCCTCAGTTAGCCTCCCTA ACATGTCATTGACGTCTTGCCCGGTAGTAGCTAGCCTCCCCAACATGTCACTGACATCCTGCCTAGTAGTCTAAAGGTGC TTTCTCTCCATTCTACCATCTTTGTAAAATAAAAAAATTACCCAGATTTTTCAATGAATTTCCAAAATTTGGAAACTTCA ACGAAATCCTGAAACTGCATTATTAGTATGGGTCCCTTGTTGACTTCACAAGTCCCCACAAAAATGTCTCTTATCCTTAT TAATCTTCTTGGCTGATACTAGTCTAGCACTGCAAATCTGCAATTCTCAAACTTTTGCATCTTCATTTTGTGAGGGAGAT GGCTGAGGCTGTGCTTGAAATTGCTCTTGAGAATTTGAGCTCACTCATTCAGAAGGAGCTTGGCTTGTTTCTGGGTTCTG ATCAAGAATTCAAAAGGCTGTCCAGCACACTCACTGCAATCAAGGCAACACTTGAAGATGCAGAGGAGAGACAATTCACT GAGAAAGCTATTAAGGATTGGCTGCGAAAGCTGAAAGATGCTGCTTATGTTCTGGATGACATCTTGGACGAGTGTGCCAC TGAAGCGCTGGAGATGGAGAATGGAGGATTCATGTGTGGTTTATCAGACAAGGTACAAAGCTCTTGTTTATCATCTTTTC ATCCCAAGCATGTTGTCTTCCGTCGTAGAATTGCTAAGAAAATGAAGAGGATAAGTGAGAGGTTAGATGAAATTTCTGAC GAGAGGAGTAGGTTTCATTTAACTGAGATGGTTACACAGAAAAGAGCTGAGTGGCGCCAAACCACCTCCATCATTGCTCA GCCTCAAGTCTATGGAAGAGATGAAGATAAGGATAAAATTGTAGACTTTTTGGTTGGTGATTCTTCGAGTTTCGAGGACT TAGCGGTCTATCCAATACTAGGTTTGGGTGGACTTGGAAAAACAACACTTGCCCAACTTATCTTCAATCATGAGAGGGTA GTCAACCACTTTAAACAAAGAATTTGGGTGTGCGTTTCGGAAGATTTCAGCTTGAAAAGAATGACAAAAGCTATCATAGA ATCAGCATCCGGGCATGCCTGTGAGGATTTAGATCTAGACCCACTGCAGAGGAAACTTATAGATTTACTGCAAGGAAGAA GATATTTGATTGTTCTGGACGATGTGTGGGACGATGAACAAGAGAATTGGCTGAGGTTGAAATCTTTACTGATACATGGA GGTAAGGGTGCTTCAATTTTGGTCACTACTCGTCTCCAGAAAGTTGCAGCCATCATGGGAACAATACCTCCTTATGAATT ATCAATGCTATCTGATGATAATTGTTGGGAATTGTTTAAACAACGAGCATTTGGACCGAACGAGGTAGAACGTGCAGAGC TTGTGGGCATAGGAAAGGAGATAGTAAAGAAGTGTGGGGGAGTGCCTCTTGCAGCAATAGCACTAGGAAGTCTTTTGCGC TTTAAAAGAGAGGAAAAAGAATGGCTCTGTGTCAAGGAAAGCAAACTTTGGAGCTTGCAAGGTGAGAACTTTGTCATGCC TGCCTTGAGACTAAGTTACTTGAACTTGCCCGTGAAATTGAGACAATGTTTTTCCTTCTGTGCATTATTTTCCAAAGATG AAATAATAAGCAGGCAGTTTCTAATTGAACTTTGGATGGCTAATGGATTGGTTTCGTCCAATGAAATGGTGGATGCAGAG GATATCGGAGATGAGTTATTTAATGAATTATATTGGAGATCAAATTTTCAAGATATTAAGACAGATGAATTTGGCAAAAT TACAAGTTTCAAGATGCATGATCTTGTTCATGATCTTGCTCAATATGTTGCTGAGGAAGTCTGTTGCAGTGCAGTTAATA ATGGTATAGCTGATGTGTCTGAAGGAATCCGGCACCTATCATTTTATAGGACAGCCTCATGGAAACAGGAAGTTAGTTCA ATCCAGTCGGGTCGATTCAAATCTTTGAAGACCTGCATATTAGGGGAACATGGTCATCTATTTGGGGGTCGTTCAGTAGA GGCATTGAAATCTAATTCTTTGCGGATGCTTAACTACCACCGCCTAGGAAGTTTGTCAACTTCAATTGGTCGTTTCAAAT ATCTAAGACACTTAGATATCTCTTCCGGATCGTTCAAATCTCTTCCGGAATCCCTTTGCATGCTCTGGAATTTGCAGATT TTGAAATTAGACAATTGTCGTTATCTGGAAAAGTTACCTGCTAGTTTGGTACGCCTAAAAGCTCTACAGCATCTATCATT GATTGGCTGCTATTCTTTATCAAGATTTCCCCCTCAAATGGGGAAGTTGACTTGTCTAAGGACTTTAAGCATGTATTTTG TTGGCAAGGAAGAAGGGTTCCAGTTGGCAGAATTGGGACGATTGAACCTTAAAGGACAACTTCACATCAAGCACCTGGAG AAAGTAAAAAGTGTAATTGATGCTCAAGAAGCCAATATGTCGAGTAAGCACCTGAATCATTTGCAGTTGTCATGGGGGAG AAATGAAGACTGCCAATCACAGGAAAATGTTGAGCAGATTCTTGAAGTGCTTCAACCTCATACCCATCAACTTCAAATTC TTGCTGTGGAAGGATATACAGGTGCATGTTTCCCACAATGGATGTCCAGTCTTTCTCTCAAGTATTTAAATTCTTTAAAA CTTGTGGATTGCGAAAGCTGCTTAGACCTTCCTCAGCTAGGGAAGCTACCTGCTCTGAAGTATCTAGGTATATCTAACAC GAGTTGTGAAATAGTATACTTATACGAGGAGTCCTGTGCTGATGGAATTTTCATAGCTCTGGAATCTCTTAAACTGGAGA AGATGCCGAACTTGAAGAAGTTATCGAGGGAGGATGGAGAAAACATGTTCCCGCGCCTTTCAGAACTTGAAATTATTGAA TGTCCTCAATTGTTAGGGCTGCCGTGCCTTCCATCTCTCAACAGTCTAATGATGCGAGGGAAAGGAAACCAAGATTTACT AAGTTCAATTCATAAATTCCACAGTCTTGAACATCTCTACTTGGGAGGGAATAAAGAGATAACTTGCTTTCCAAATGGGA TGCTAAGTAACCTTTCTTCTCTAAAAAGACTGCACATTTTTGGTTGCTCCAAACTTGAGGAGTTACTCCCAAATGAAGTC GTTAACCTTGGTGCTCTCCAACCACTGGACATAAAACATTGCCAGAGCCTAAATTCATTAACAGATGGAGTATTGCAAGG GTTGCAGTCTCTCAAGAAATTAGTTATTGTGGGGTGCCATAAGTTCAATATGTCAGCAGGTTTTCAATACCTAACTTGCC TTGAGTATTTGGTGATTCATGGTAGCTCAGAAATGGAAGGATTACATGAGGCTTTACAGCATGTGACTGCCCTGAAAACC TTAGTATTGTGTAATCTTCCAAACCTAGAATGCCTGCCTGCCTACTTGGGAAACCTTGGCTCGCTTCAATTATTAGCTAT TTCTAAGTGCCCCAAGTTGACGTGTATTCGCATGAGTATCCAATCCCTGAAAATGTTGGGAATTTACAGTTGTGAAGTGC TAGGGAAGCGATGTCAGGCAGAAACAGGGGAGGATTGGTCAAATATAGCTCATGTTCAAGATATTGTAATACTAAACAGT GGACCGCTCTTGGGCATCAGCGGGTTGAGTAAAGACGAACATATGGCTGCAGCTTCATTCAAGCACAACGACCTTGAAGA ATTAGAAGCGATCTATTCCACACTGATGTTGCAGCAACAGTTACTGCCAAATAACTGAGACTTCACAAACGTGAATGAAA AATGTTTCTACACCTTTCAGAATTGGAGTTGATTAGTTTCTCTGATTCTCAAATGTATTACTAATACTGATGTGTTTCTA GTTATTTTCTTCCTTTCTAATGCTGATTTTGTTTTCTTTCACTCTGTAAGTGTGAGAGGAAGGTGGTATAATGTACAACT GTTTGTCATTTTACTACATTGAGGTTTTATAGGTGGTCCATATCTTTCATTCTCATACATAATGTTGATTGTTGAACATG GGCAGTTAATTTGAGATGTTACTGTCATATTGATTTGGATCAGTGCATGACATAATTTCATATTTCATGAGGCTAGTGGT GGATAGATTTTATTTTCAAAATGAAATATGTTGTTTGTGATGGTGTAATTTTAACAACATATATATAATTTATTTTAAAC CTACAATTCTTATACATGTTAATTAAGTGTTGATCAATAAACCTCTGGAGTAGTACACTCAACTTAAGGCCAAAATGAAG AGGTACTAGAGTAGCACACTCAACTGTGAATTAACTACTTTATATGTTGTATTTAACTGCGATATTCAGAGAAGTTCATC CCACCAATGTGAACAACCAAATTGTTGTACTGATATGCAAAATCCAAATTTTGTTTATTTTTGATAATGCAATAAAATGT AAGAACGTGAGTGCATTGTCAGTGTAAAGTTTCTTTACACAAACGTCTAATGATTGATCTCACATCAACAAATAAATTAA TTTAATTAAAATAAAAAGAATGTAATTACTTCAAATGTTGCATTTTCAGTGTAAAGAATTACCATCAAAATTAAACTCAT AAATTATTACATGTAGTACAATATTTCTAAGAAAAATTGAATTATTGAAACTCATATTTATCACAGTAAGATGACACAAC AAAGAACCAGGTCTCAAACCGTGCTTGGTGTGCTATATATAAGGCATAGTCAGAGAGCTACCATGTTCCAAATTGACTAG CCATTCCTTTGTAGGAAAATGAAGACCAAGATCTTTGTGCTACTATGTCTTCTCTTCTTAGCTGCTTCTGGGTTTGTCAA TGGCTCTGCTAAGAAGGAGAAGGACCATATTAGGTTATTTGAGCTCAAGAAAGGTGATCTTTCTTTGAAGGTTTCCAACT GGGGTGCAACACTTGTGTCTCTAGTCCTTCCTGATAAGCATGGTACCATATATGTATCTGTTTTGATTGTGTTCAAAATA TCCAATTTAATTTCTTCTTTTCTGTGCATTAATTATGAATATGTTTCTTAATAACATCTAATTGTTTTCATTAACTATGA TTTAATTTGTCTCAGGGAAGTTGGGTGATGTTGTTCTTGGATATGACTCTCTCAAGCAATATACTGTAAGTGTCTAAGTT AAGAGATAAGGATAAAACTTCTCAATGTTCTTCAACTTCGATTGATTCAATGAAATATTTGATAGCTAAGATTTGGATTT TGGGGTTTACTTTGTTTGTCACTTTGTGTTGCTCACCTAATCCTTTTGAATAGTCAGCGACTCAGCGGTCACCGCTTGTT TGTGTCCTACTCTTAAGTAATTAGCTAGGCACCACATATATATCCGATTCTGAATTATTCATTTTGTTTTATATAGTTTT TTATTTCATTTAGTTTTTAAACATTTAGTATTTCATGTAAATGTGTTGATAAAAAGTAGTCATGGAAATTAAATATGATG AAAATTTGCAGAATGATTCAACATACTTTGGAACTACTGCTGGTCGGGTTGCTAACAGAATTGGAGGAGCTCAATTTACT CTAAATGGAATCCATTACAAATTAATTGCCAATGAAGGAAACAACACGCTTCATGGTACACTTTTTTTTTTCTGAGGAAG GTTAATCTTTATTTTTGAATTAAGAAATTTATTTAAAAAAAATCATTAAATTAGAGATTTTTAAATAACCAAAACCCGTA AGCGAAATAGGGTGAGAGTGAAAGTAATTGGGTCGAAATGAGCGTCTCCTTTGTAAGTTTCATTGCCGTTTCCCCCCAAA ACCATCCAAATAAGTTCTAAGTAAACACATAATCTTTGATTATAATTGTATGGTGTTTGTAATTTATCCTATATGAGAAG GCGTGTTGAAAGATATCACATAGTACTCTCTGATTTCCCTTAGGTGGACCCAGAGGATTCAGTGATGTTCTATGGAAAGT GGAAAGGTATGTAAAAGAAGGTGACAAACCCAGAATCACCTTCAGTTACCACAGTTTTGATGGTGAAGAAGGTAATTAAA CATTGCCATTATATTTATTTTATTTATTTATTCAATGTAGATGCACTTTGAATTCCTAATTTCTGGTAAGAATTGGAACT GCACAGAGTGTTTGTGATTTGAATTATGTGTGTATATATAGGATTTCCTGGTGATCTGCTGGTAACTGTGAGCTACATTC TTGGGAGCAAAAACTCTCTGAGTATAATCATGAAAGCAAAAGCTCTAAACAAGCCTACTCCAGTGAATCTGATTAACCAT GCTTATTGGAACCTAGGAAACCACAACAGTGGAAACATTTTAGGTGAAGTGGTTCAAATTTTCGGGTCCCGAATCACAGT TCTTGATAGCCATCTCATTCCCACTGGTGAAATTGCTTCTGTGAAAGGAACCCCATATGATTTCCTTAAGCCACAAGTTG TTGGGGCCAGGATCAACCAGTTGCCAAAAACTAATGGCTATGACATCAATTATGTGCTTGATGGTGGAAAAAGCAAAGGA TTAATCAAATTGGCGGCGATAGTGATGGATAAGAAATCAGGGAGAGTGATGAAGCTCTTTACAAATGCTCCAGGGTTGCA GTTTTACACTGCTAATAAAGTGAAGAATGAGAAGGGGAAAGGTGGGTTTGTTTATCAACCGCGTGCAGGGTTGTGTTTGG AGTCTCAAGTCTTCCCTGACTCTGTGAATCACCCTAACTTTCCCTCAAGTATTGTGACCCCTGAAAAGCCTTATAAACAT GTTATGCTACTTAAGTTTTCCACCAAAGCTCCATATGCTTTTTCACAGTCCTAAGCATTCTGAGCTTTCAGCCACTTTTC ATGTGTGCTCAGTTTTCAGTGTAGCATGAGTTCATGCAAACTTTAGTTCAATAAAATGAATAATAAGGGAGTGCACATTT ACCTCTATGCGTGTTATATATGTGAGGGAGAGATTAAGCTTAATTGCATTTCAAATAGTGTCTTTACCTTTAGATAATTT TAATCATTAATTTTTTCAATTAAAACATCCCTCCTTGTATTTCACATTAGTTAAATTTCCTCCTATGTGCTTTGATTCTA CTTAAATTCCAGTGTGATATTTTTCTTTTTTAGTCGAGAGTATCCGGTGCCAATAACAGTAACTAATTTTCTCATTGCAG GTGCTCATATTAAGCGGTAAATAACTGATCACAAAATGTGTTTCATTCTCATAGATGAGGGACCGAACTCCTCACATCAT AATTAAGGAACGACGTGAGCAACCACCGCGCCAACATCTCGGGATTAACAAATAGCTTATACACAATTTTGAAGTTTTTA ATGAGTTTTTATATTTCTAAATAGTTTAATTAAATTTTTACTAAGTGATTGAATTCTTAAATGAAATAATCATTGCTAAA CTTTTAACAATATGGTCTAATGCACATATCATGCACCGAAAGACAATCTAATTCATGCAAACATTCATATTCTAGTGAGA CTAACTCTTTTTAGCAGATTTTTTTCTTTCTACACACAATACTCAAACTCGAAATCTTAAATAATAAATCATGCATGCAC CACGTAAACCAACCACCAACTTTTAACAACTACTCATAATAAATTTCTCATAATAAGAATCACTTAAAAATTTTAAATCT ATAAATATATCTCACTAAAATCTTCTATTAAAAGTTCAATAAAAAGTAACATAAATATCATGTAGTGTGTAGTTTGAGCT AATGTCAAAACAGATGGCTCTGCAGTTGCATCATTGCTTCACACACTTCCCTCCCTTCACTTCAACAACTACACCTTCAT CTCTCTCTGCTTCACCAACCACTTCCCTTCAATTCCCTTCACCATTCACAGATTTTCGTGGACCAAACCGTTGCCTCAAC CTTAATCCTCTTCATTCTGGGAAAACCCATTTGCGGAACAACCACTGTTCCTCAATGGTTTCTTCTTCTTCTTCGACATT GTCAGCGCAGGACAAAGGTAAAAGATCCAAGAGTGTGTGGATATGGACCGAGAACAAGCAGGTCATGACTGCAGCAGTGG AGAGAGGATGGAACACTTTCCTTTTCTCCTCACACCATCAAAAGGCCCATGATTGGTCATGTGAGTCACTTCCCTCATTT CCCTTTTAAGTTTCATTTGGAAGGAAAATTTCAATACCCATTTGTTGTTTTTTCCTTTTTAGTTCACATTTGATACAATA TGTTAGGACAACCTTGAAAAGGTTAGATTTTTCATGCAGTAGTACAATTTGTTAAATACATGATTGGATAATAGTCAAAG AGGTTGGGAAAAATCTAGGCAATGTTGAATTCAGAAACATTTTTGTTATGTTGAAGTTGCTAAATGTTCATCATAATTCA TAAGATGGCCTTAATTGTTTAGTATTTATGTTTTTTTTTATGATGAGTAAAATGGAGTTTGAGCTGGTATGTTTAGTGAT GTGGATATTTTATCATGTCTAATTTTATGAATTTGGAATTTTGGCCATGATGGGGTGAAGCCATTGCGGTAATATGCCCT CTTTTTGTTGGCGAGGGAGAGATTTTGGATGGACAGGATAAAAGGGTAGCCACAGTTTTTGATGTTTCAACTCCGGAGGA ACTAGAGCGACTAAGACCTGAGGAAGAGCAAGCCGAGAACATTGTAGTTAATTTACTAGACTGGCAGGTATGCTTGTGAA AAACTGCTATATGAATTGTCATGGATAGTTTGGAAACTTGTCATCCATTGATTTTTTGTTTGTAGTTGACACATACTACC AATTTGGTTTGGAGGAAGATAAGATCAACTTGTTTTTCTACTTTATAAAGTGTGGTTACTTATATTAAGAGAGTTTGCAC ATGTTTATGCTACCTCTTGTTCATGGTTGCGTTCTAGAAGTTAGATATAGGCTACGAAATATCAGTTACAATTAATACCT TGTTGAAAATATTTTGTATAACATTAGCTAGTTTAGTTTGTAGTAAATTGGTGAAATCGATTGACTTTCAAATATGCTTT GATTCCTTGATTAGTTTTATGTGTATTATTATTGTAACTCATACTCTTTATATGGAAGTTATTCTGCCTGTTTGTGACGA CCATAATGTAATGGATGCGATTCTGCCAGATATAACCTTATTCATGATATAATTATGTTTCACTCTATGCCCTCCTTTCT CCTTTTCATGACTCGTAATGACTTCGACAGTTAGCATTATTTGTTTCCTGCATCACCTCAAAAGCTTGGACTGTCATTTA AAAATGTAGTGCTATTATTTTTTTTTCAATAATTGACATTTATCATTTTCGATGACGTACAATATGTTAACTTTCTTCAT ATGCAACTGATCAGGTAATACCAGCAGAAAATATAATTGCTGCATTTCAAAGCAGCGGAAAGAAAGTGATTGCCATCTCT AGTAATGCATCTGAAGCTCAGATATTTCTTGAGGTATATAACAGGAGACTAATGAAGTTAACTTTTCAGAGTTAAAGCTC ATGTAATGTAAATCGTATATAATAATTATCTTTTACTTTTAGCTTTAGTTCTCTCCTTATAGTTGCTCCCTTTGGATTTT ATAGGCACTTGAACATGGTTTAGATGGCATAGTTTTGAAAGTAGAAGATGTTGAGTCTATTCTTGAGCTAAAGGTATTCC TGACCTCATTAAAGCTTCTTGAGTAATGAGGCTTGACCTCTTATTTCAGTTGGAAACTTCCAGGAATATTTTGATAGAAG AACAGAAGAAAGCAATCTATTGAGCTTGTCCAAAGCCACCGTGACACATGTTCAAGTGGCTGGAATGGGGGATCGCGCTT GTGTAGACCTGTGCAGTCTCATGAAACCCGGTGAAGGACTTCTTGTATGTATTGCAATCCTTTCCTCTGTAAAGGTTAAA TCATTATTCAGTTAATCTAGTGAAGCTGCCATTCTAATGGGCCAAATATTTTCCACAGGTTGGATCTTTTGCCAGAGGAT TATTTCTTGTTCACTCAGAATGCATGGAGTCAAATTACATTGCTAGCAGGCCTTTTCGGGTGAATGCAGTAAGTTGTGCG TTCAAATCTTAGTTTGAAATTGATATATTCATGGCCTTTTACCTTGGATAAAATACCCCTCTTTTCATCATAATCCACAA CAATGGGGTGAAAGTGTGAGACTGATGAAACCCTGATATTATTCAACAGAAAAATGTACAAGAAACAGATGAGTATTCGA GAGACTCATCACTCTCCTAATTCCCAATTCCCAAATGATCCCAAAGATACCTAAACCCTCTTCACACTCCCTTATTTATA GGCTAAGCCATAACTAACTAACTAACTCTAAATGCTAACCCTTAACTAACTAACTAACTCCAAGTACTCATCAATACTCC CCCCTAAACATCCACCTTGTCCTCAAGGTGGGGTAAAACACAAGCTTCTTTAAACAAACAAAAAACAAATACTCCAACAG TTGGGCCTGGCCCATTAGAGTAAGGGAATGAACTGGTCTGTAGATGATTGAGAAAGAAAAGTTCCTCTTGGGCCCGTTCC TTCTGTTTAGCATTATGGGCTTTGGCCTTGTGGTCAAACTTTGACCCAATTCTGAAAAATCTAGCTGAGCCAGCCTTGCT CTGCTTCGTGTGAACGCGTGTGCGTGTGAAGACAACGGAAAGACCACACCCAACCAGCGACGACGGAAACGAGCGTCCCC CGCCATAACTGCAAAGTCCGGTGGCTTCGCCGGCGGCCGTGAAACGGTTACCGACTTGCGAATGAGCGAGCGCCCTTTAC TCTCCTCCGTGCGAACTAACTCGAGGCCACAGTATCCCACCACCGCTGTCTCAGCCAAATCCGGTGGCTTAGCTGGAGGA CGGTTGGCCACCAAGTCCGATCTGCAAGAATCGCCAAGGATGAAGTGTGAGCTGCCACCACTGCGGTCTGGTGGCTTAGT CTCCAGTTGAATGGCAACCATCGAAGAGCAAAGAACAGAGGTCTGAATGAAGACCTCCGTCCAGCAAAAGAACGTGTCCG GCAGTCGATTGGCGGTTACCGCCGTGCAGAGACATGAATCCGGCGGTTTCCGCGGCGGCCGTCTCTCCCAATCGAACCCT AAATCACTGATTTGGGGCAAAACGATTGGTTGCACCTTCTTCCTCCCATGAATGCTGCAAATCTGCCATTTCTCCATTGA AGAACCTTCCTGTAACCGCTTGATTTTGATTTCCCCTTCGGCGTCGATCTTCTCCCCTTTCGCCGTCAACGTGCAATCGA TGTAATCAACCACGGTGACCGGTTGACACCGTGACACCTCCGCTGTTTGCTCCGCCGCCATTGCAAACTCCGAGTCTTTC CGCGACGCTTCCATCTCAGAATTCTCCGGCGAATATGGCTTGATCTCTGATTTCGCCAACAGCACTGAATTGGCCTCAGG TTTGGCTTCCACCACAACAGTTCTTCGTTCTGCCTCCAAGACTTCTTGCTTCCCAGGGATTTCTTCCTCCTCTGAATCTT GAACTGGTTCTGGCATGTACGGTTCCAATTCTGGTTCGAATTTCCTCAACAGAGCCTCCACAAATTCCCACCATGTTGCC TTCTGATTGCGTCTTCTCCAGCAAAACCACCACATGAAAGCTTCACCAGTCAAAGCCTTCTCTGCCCCTGAGAATTTCTC CTCTTCGGATACTCCCTTGGCCTCACAGTGTTGCTCCACCATAATGAGCCATCCGTAGGCCTCTCTTCCATCAAATTCTG GAAACATCTTCACGAATTGATGGCAATCACAGCACCTAGATCGGTGCTCTGATACCAATTGATGAAACCCTGATATTATT CAACAGAAAAATGTACAAGAAACAGATGAGTATTCGAGAGACTCATCACTCTCCTAATTCCCAATTCCCAAATGATCCCA AAGATACCTAAACCCTCTTCACACTCCCTTATTTATAGGCTAAGCCATAACTAACTAACTAACTAACTCTAAATGCTAAC CCTTAACTAACTAACTAACTCCAAGTACTCATCAGAGACTAACAGTAACCTACTCGGAAAATAGTCTCTGTGGTGATGTG TGTAATTCTCATCACTGAATCTATTATTTTGTACACATATTTAATGCTAATCAACATTGGTCTCTAATAATTCCAAAGAT TTGATAGAATCTAAAATCATTTTAAAATATATTTATTGCTATAGCATGTGAAGAATTTTTATTAACAGAGAAACTTCATA ACTCTCCTTTTCTTGTTTATCACTTCATTTTTCATTGCACTAAATCGGGATTCATTTACTTTTCAAAGCAGACTTTGGTC AGAAACTTTTAGAATCACACTAAGCTACTCTTAATAATTTTTTCCCCTTCTATTTTTCATTAATGGCAATTGTCAAGTAT AATTTACGTAGTGTTAGTACAGGTTTGGAGATCTGTAAATCTGTAATTTGATTGATAGCTAAAACAGTTGTAATCGGTCA TTGTGTTACTTTAATTGAGCACATCTACCTTTTTGGAAGGCGAAAGGTTGATATTTTGGAATTTTCAGTTTTAAAAGTGT ATTCTACAGTAAAGGTAATCTTTATGAAATCCTTTTAACCAATCACTTACCATAACAGGGACCAGTGCATGCCTATGTTG CTGTTCCAGGAGGCAGAACATGCTACTTGTCAGAATTAAAATCAGGAAAAGAAGTGATTGTGGTTGATCAGAAGGGTCGG CAACGAATTGCAATTGTCGGGCGTGTGAAGATAGAAAGTAGACCATTGGTCCTAGTGGAGGCAAAGGTTTGTGTTTTCAT TTTTGGCGAAATTGATTGAAAAAAGTTTCTTTTGGATTTTTCTTCAATTATGAGCTTCTTGCGGTACAGTACAGTTACTG TCGAATATCATGCTAAACCTTAAATATTGTCTTAAAGCTGTCAATCGCTTGACTGTATACTCTGAGATTAGAACTTCTCT TAGGCGTGTTTAGAAAGTTCTTGAAACTAGATATGTAACTATGTAAGGGTGATGGGCAGTTTCAAATATAACATGCGTGG TAACTGCTTACATTTTCAGAAATTGGTTCCAGAAATGGTTTAAAACAAATTTTAACTGAACTTAGCTGAAACTAGATGCA AAATAAACTGATTTTATATAACTAATTTTTCTTAAGCAGTTATGGACTAGTATTGAAATTTGCCACACTGTCCCATATTT AGCATTTAATGAAATCTGCATTTAATGTTTTCCTTATTTTGGGAAATATTTACTCTATACAACCAAAATTCATTCATATC TAATAGATTTATCATCGGAGTTCAGAAGTTGAAGTTACAACAACCATTGTGTAAAGGTTTGAACCTGAAACATTCTTGAG TAATATATTGGTCCTAAAATCAGATTTTTGTGGGTTAACATTTATGGTTTGCTGATACTGATTCTAAACTCTGATTTGGT AATGGTAATCATGTCATTTCAGATAGACTCAGATGATCAAACGATCAGCATACTTTTGCAGAATGCAGAGACAGTTCCCT TGGTTTGTCCCCAACAAGGTAATTCACTCGGTTTTCTATTTTCTGGTAGTTTCTTGAGTGTCCTTAAAAGTTGTCTGTTT CCCTATTCAGGAAATGCACTGTCAAAGACAGCTATTCCTGTGACCTCACTCAAAATTGGAGATGAAGTTCTGTTGAGAGT GCAAGGAGGGGCTCGGCATACAGGAATAGAGATACAAGAATTTATAGTTGAGAAATGAACAAATAATGATGTGTTCAAAT TGTGCTTTTCATTCAATTTGTGAACTTATGTTCTCCTTGCAGCTCCTATGATGCTAGAGTAGCATATGATTTGGTTAGAG AAATGGAAAAGGGAGCTCGTATCTTGCTTTGCACAGTGACATTGAAGATGCAGAGTACAATCACAGACCAAGAGGGGATC AACAATGTGAAAGTTCTAGCACATGTCTTATAATACCTTCATTATTATTGAACTTCAATAATCATCCAGATATGTTTAGA GTAAATTCTCATTTTCACTCTTGATTTTGGTAAAAGTTATCATATCAATAGTACTCACCATTGCAAGACTTACTGGAATG AAGTGTAGGAATGGCATGATTGGTTACTTAAAAGTCTCGTATAGGCTATATAGCATTATTGTTTTCA
CDS sequence (LotjaGi2g1v0257600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAAGACCAAGATCTTTGTGCTACTATGTCTTCTCTTCTTAGCTGCTTCTGGGTTTGTCAATGGCTCTGCTAAGAAGGA GAAGGACCATATTAGGTTATTTGAGCTCAAGAAAGGTGATCTTTCTTTGAAGGTTTCCAACTGGGGTGCAACACTTGTGT CTCTAGTCCTTCCTGATAAGCATGGGAAGTTGGGTGATGTTGTTCTTGGATATGACTCTCTCAAGCAATATACTAATGAT TCAACATACTTTGGAACTACTGCTGGTCGGGTTGCTAACAGAATTGGAGGAGCTCAATTTACTCTAAATGGAATCCATTA CAAATTAATTGCCAATGAAGGAAACAACACGCTTCATGGTGGACCCAGAGGATTCAGTGATGTTCTATGGAAAGTGGAAA GGTATGTAAAAGAAGGTGACAAACCCAGAATCACCTTCAGTTACCACAGTTTTGATGGTGAAGAAGGATTTCCTGGTGAT CTGCTGGTAACTGTGAGCTACATTCTTGGGAGCAAAAACTCTCTGAGTATAATCATGAAAGCAAAAGCTCTAAACAAGCC TACTCCAGTGAATCTGATTAACCATGCTTATTGGAACCTAGGAAACCACAACAGTGGAAACATTTTAGGTGAAGTGGTTC AAATTTTCGGGTCCCGAATCACAGTTCTTGATAGCCATCTCATTCCCACTGGTGAAATTGCTTCTGTGAAAGGAACCCCA TATGATTTCCTTAAGCCACAAGTTGTTGGGGCCAGGATCAACCAGTTGCCAAAAACTAATGGCTATGACATCAATTATGT GCTTGATGGTGGAAAAAGCAAAGGATTAATCAAATTGGCGGCGATAGTGATGGATAAGAAATCAGGGAGAGTGATGAAGC TCTTTACAAATGCTCCAGGGTTGCAGTTTTACACTGCTAATAAAGTGAAGAATGAGAAGGGGAAAGGTGGGTTTGTTTAT CAACCGCGTGCAGGGTTGTGTTTGGAGTCTCAAGTCTTCCCTGACTCTGTGAATCACCCTAACTTTCCCTCAAGTATTGT GACCCCTGAAAAGCCTTATAAACATGTTATGCTACTTAAGTTTTCCACCAAAGCTCCATATGCTTTTTCACAGTCCTAA
Protein sequence (LotjaGi2g1v0257600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MKTKIFVLLCLLFLAASGFVNGSAKKEKDHIRLFELKKGDLSLKVSNWGATLVSLVLPDKHGKLGDVVLGYDSLKQYTND STYFGTTAGRVANRIGGAQFTLNGIHYKLIANEGNNTLHGGPRGFSDVLWKVERYVKEGDKPRITFSYHSFDGEEGFPGD LLVTVSYILGSKNSLSIIMKAKALNKPTPVNLINHAYWNLGNHNSGNILGEVVQIFGSRITVLDSHLIPTGEIASVKGTP YDFLKPQVVGARINQLPKTNGYDINYVLDGGKSKGLIKLAAIVMDKKSGRVMKLFTNAPGLQFYTANKVKNEKGKGGFVY QPRAGLCLESQVFPDSVNHPNFPSSIVTPEKPYKHVMLLKFSTKAPYAFSQS
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 |
|---|---|---|---|---|---|---|
| SignalP_GRAM_NEGATIVE | 1 | 22 | 22 | - | – | |
| SignalP_GRAM_POSITIVE | 1 | 24 | 24 | - | – | |
| SignalP_EUK | 1 | 22 | 22 | - | – | |
| Phobius | 1 | 22 | 22 | - | – | |
| Phobius | 1 | 4 | 4 | - | – | |
| PANTHER | 3 | 367 | 365 | 2.1E-222 | – | |
| PANTHER | 3 | 367 | 365 | 2.1E-222 | – | |
| TMHMM | 5 | 24 | 20 | - | – | |
| Phobius | 5 | 16 | 12 | - | – | |
| Phobius | 17 | 22 | 6 | - | – | |
| PIRSF | 20 | 364 | 345 | 1.5E-112 | ||
| Gene3D | 21 | 364 | 344 | 2.6E-115 | ||
| Phobius | 23 | 372 | 350 | - | – | |
| SUPERFAMILY | 27 | 362 | 336 | 4.58E-108 | ||
| CDD | 33 | 361 | 329 | 1.50138E-157 | – | |
| Pfam | 33 | 359 | 327 | 2.2E-86 |
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. | ||
| Biological process | Carbohydrate metabolic process | The chemical reactions and pathways involving carbohydrates, any of a group of organic compounds based of the general formula Cx(H2O)y. Includes the formation of carbohydrate derivatives by the addition of a carbohydrate residue to another molecule. | ||
| Molecular function | Isomerase activity | Catalysis of the geometric or structural changes within one molecule. Isomerase is the systematic name for any enzyme of EC class 5. | ||
| Biological process | Hexose metabolic process | The chemical reactions and pathways involving a hexose, any monosaccharide with a chain of six carbon atoms in the molecule. | ||
| Molecular function | Carbohydrate binding | Interacting selectively and non-covalently with any carbohydrate, which includes monosaccharides, oligosaccharides and polysaccharides as well as substances derived from monosaccharides by reduction of the carbonyl group (alditols), by oxidation of one or more hydroxy groups to afford the corresponding aldehydes, ketones, or carboxylic acids, or by replacement of one or more hydroxy group(s) by a hydrogen atom. Cyclitols are generally not regarded as carbohydrates. |
Expression pattern of LotjaGi2g1v0257600.1, 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…