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 | LotjaGi1g1v0308200 |
| Transcript ID | LotjaGi1g1v0308200.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Alpha-galactosidase; TAIR: AT3G56310.1 Melibiase family protein; Swiss-Prot: sp|Q8VXZ7|AGAL3_ARATH Alpha-galactosidase 3; TrEMBL-Plants: tr|I1KB92|I1KB92_SOYBN Alpha-galactosidase; Found in the gene: LotjaGi1g1v0308200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:74966603..74982235) extracted from Lotus japonicus Gifu genome v1.2.
CCCCTATAATATATTTTTTTTGACCCTCCTGAGAATTTAAGTTTGCACCCTAGACCCCAACTCCTCTCTCTCTCACACAC TCATCACGTGATCTCTCTCACGCCCTTCACTCTTCTCATTCTCTGATTTCACGTTACACCACAACTCCACAAGCACTCTC ACCGGCCACCACCACGCTGTCCGCCGCACCACCGCTGTCCAGCCGTGCCTCTGGCTCTGCGGTTCTACTTCTACAGGTAT GGCTCCCTACCCTAACCCTAAATGGCAAAATTGATTTCCTTTCTCTTCTCCTTTCTCAAGCTTGATTTCCCTAAATTGAT TTCCTTTCTTTCTCTTCTCCTTTCTCAAGCTTGATTTCCCTAAATTAATTTCCTCAAATGTCATAATTTCATTCAAATGA TGCAAGATGGACAAATTTACATGTTTTTGCTTTCATATACTTTGTAACTCTGAAGCTGAGACTTAGGGTATCAACATTCA TCGGAAAAAGTTTCTTTTTTTTTTGTTTTTAATTATGGATTGTTTCATGGGTTGATTTTTGGTTTTGAATTTTCCTTGCT CTCTCTTGTTGACAGTGGCTGGTTATTTGGGTGATGATTGATTATATTTAGAGATATCCATTCATTATGCAAACAAAACA AAAAAATTCTTAGTATTGACACGTCATAAGATGCAGAAACTGGTCATAGAGAATGGAGAATATTACACGTGAGGTGAGAT TCTTATCCAAAAACAAATAAACACATTATTGTCATTATCATACAACACATGTTTTCATTTTGTAAACTATCATTATTAAT TTATGAATGGCAATAATTGATCCATTTCAAAATTAAAATGTGGGTCACACGTAAATAGCCTTGTCTTCCAGAGCGTTCCA ACTGAAGAGAACTCATGGCGAAGCAGAAACAAAGCAACGCTCTTCACGTGCACTTTGTGATTCTTCTTCTTCTCTGTTCT TCCTCTGTTTCAGTATCAGCAAAAGTTGTTCCTCTCTTGCAGAGTCACAGAAAACCCAGTTTCCGATCAAATTTCCACAC TATCTATGACACTTCAAATTACGGTGTGTTTCAGCTCAACAATGGTTTGGCAAGGACACCTCAAATGGGGTTTGTTTCTT TCTTCGATTCTGGATTATCTGGACTCAAAGTTTCATTTTTTTGATAATTTGATTTTTTTTTAATTTTTTTAATTTTTGCT TAGAATTGGAAATTTGGAGAGAGGACTCATCACTCATGGTTTGTTTGACATGATTTGGTTTTGTGTAGATGGAATAGCTG GAACTTCTTTGCATGCAATATCAATGAAACGGTGATTAAGGAAACGGGTATTGTTTTTTTTTTTCTTGCTTTGATGATGC TACCTGTTTTTGAAGCATAGCTTTCATTTTCTCAATTAATTACTTCATGCACTGATTGTGATCATGACTAACAGGGAAGA TTTCCTTGGCTTTAACTAAAAGTCTAAAACTTTTCATTATCCCTTATAGCTTTTTTGCTGGTAAAAGATAAAAAAAAAAA TTGAACTTTGATTTTATTTTGAATTAATGGCTGAAGAAACCACAACTTGCAAGTCTTGGAAAAGTGGGAAATGATAGGTG TTGTAGAAGCCAATGTATTTTCAGTTTGAGGGGTTTGGGGGGGGGGGGGATTTCTCCCCTTGCTCTCTGACTCTATCAGT GCTTCAAATAACTCGCTTTAATCCGTGAAACATGTAAAGTATTTATTGAATACATATTTACATTATTTCCTTGAGGATTT GTATGAAGATGCTTTATAAAGCATCATCTTACATTCATAATTTCCAATGGCGTATTTGTCTCACTGCAAGTACCGAGGTT CATATGCTTACAAATAATAGTTGTAACTTAATTTTTTTCCTTATTAGTTTATGTCTACCAGTACTGATATTATTATTATA TCCTTTCAGCTGATGCACTTGTATCAACGGGGTTGGCTGACTTAGGTTATGTGTACGTCAATATAGGTACTTTTCATCTA TGATCAAAATGAATATTCTAACAGTAGGTCATCTATTTCATACTTATTTGATATTGGAATGTACATTGTGCAGATGATTG CTGGTCTTCCGTGACTAGAAATTTGACGGTCAGCTCAAATCTGCTCCTTTCATTGTTACTGAAATAACTTTACGGCTTTC ATCTTCTCTTGTAATATATACTTGTCACTAGTCAGCTTTCAGTGTTGTCTGTCTATCTTGACTTTTAATTGGACGAGGAA AAGTTGTTTCAATGGAATCTGTTATGTTTGGCCAAGTGGTATTGCAGAAACTAGATATAAATAGTATGTCCTTAGATATA CTTAGGGTTCGGAAATTGCTATGTATAAAATTTTCTAAGATATACTTAGGATTCGGAAATTGCTATGTCTAAAAATTTGA AGTAGTACTTTCTTTATGCTTCCAGTGTGCCGGTGTATTTGTTGTTTTCAATGGTCAATAGAGCAAGAAAGCATGTACAT ATATAATTACATGCACTGTTAATTTCTATGTGAGTAAATGGTTTTCTAGTGAAGCTTAAAACTCAGTGGCTCAAACGTTC CCTCCATAAATAAATGTCGCTCCTTACTGTTTTTGGTTTGGAAGTGCAGGGTCAACTGGTCCCTGATCCTAAGACATTTC CATCAGGAATCAAAGCTCTTGCAGATTATGTGCACGGAAAGGGACTCAAGCTTGGCATATATTCTGATGCTGGGTAAGAT AATATTGCAATATCAGGCCAGATGTTTGAAAAATTCATTATCAAATAAATAAACCCCATGTTGATAGTGACTAACTGATA ACCCAATCTCCTGCTCAATATTTTCACTTTCAACTGTTATCAGGGTTTTTACATGTCAAGTCCGACCAGGATCAATTTTC CATGAAACTGATGATGCAGATTTATTTGCCTCTTGGGTTAGATTCTATTCTCTCATTTTATAACTTGTAAAAGCGTATCA GATACTCTTCATGGTGTATGGAGTTTGTAGAGGTCCTAAGAACAAAAGTATTCTTTATTCATTTCTATGTTATGCTGAGG GTCAGGTCCAAATTTCATGTGATATATGCTTGTAGCTCTGCAGTCTTATGGAATTAATTTGTCTTTTTTTTTAAGAAAAC AACAGCAACCTTTGGGATGAAGTTCTAATTAGAGCCATTATAAACACTAGATTTAGACTAGATAAGAGATTGGGCCATTT ATCGGAATTCTTTTGATGTTCTTAAGAAAATGAATGAAAAATTATACCTATCTAGTTAAAATACTTCTTGTCTCGATCAT TTATATGGTTGAAACTTGTGGAAAGATTGTCTTCATGAAACTCCTTAATGACCAAGACCTTCATAGGTATCATTTTTACG GTGTCCGTTAGATTGTTAGAAATGCCGAAAGGAAAAATAATAAAGGGATACCTGTAAATTCGTCCAGCTGCTAGATAAGT TATGTAAAAATAATATATTGTACTCTTTATTATGTTGACAGATATTTTATATCATATAAGTAGACTCGTCATGGTAACAT CTCGAGGTGCTTTTCGGAATGATTCCTTCATAAACTACATTTCAGTTACATTATTCATAAGTTTCAATTGTTTCTAGTTA CACTTTTCTTTAGATTGTCAGTTATTTTACCCCATTTTATCATTTTACAGGGTGTAGATTATTTGAAGTATGACAATTGT TACAACCTGGGTATCCCTCCGAAAAAACGGTCCTTTTCTCATCTTTATTTTACAGTATTTACAAAAACAACAACACCTAG TATATAAAAATTGAGTCAATGTGGTTGCATGTTTTCCAGATATCCACCTATGCGTGATGCTCTTGGTGCAACTGGAGTTA AAATTTTCTATTCAATCTGTGAATGGTAATAAGGTGTGTCTTTTTTTGTTACCTTAATTTACTTGCATTAGCATGACGAA ATATTCCTACTGCACTTTTGCTTTTGCAGGGGTGTTGATGACCCAGCCTTATGGGCAGGCACGGTTGGTAACAGTTGGCG CACAACTGATGACATCAATGATACATGGGCAAGGTTATAATTCTGGACTTTGACTTATAGTTATAGGTGATGCACTTGAC ATTCTATAAGGGATGCATTTAGTTCAATAACAATAGGCTAGATACACTTCAGATCGTATCCAACCAGATAAAACCAAAGT TCTGGACAGTCCTTGATTGCTACCTTGGAATTTTGCTTTTGTCAGTTCCTTCCTATCCACTAGTGATCCAGTGATATGAA CATGAATTATGTTCATAAATAGTATGTAATGATGACACTCATTTTCTGATTACATTAGAAAAAGTTCTTAAGCTTTCTTT TTAGCTGATGTCGGTAACCAGTCACCACTCAAGGGGGTTTTCCTAATCACCACTGCTAGCCCGATGGTTAATCCCACAAC TATGTCTCGAAACTCCCGATCAAAGACTACGTTAGTAATGTGGGAATTAGAGAAATAATATAATAATATACTTCAATTCT CTACATTAGTCCCTTGGCACCTTAGAATAAAGCAAAGTGAATCAAGTGATGAGTGCATATGCATTGTGCACCGCTAACAA ATGGGTATATATTTAATGGAGTAATGGATACTCTTTATCTGGCCTGGGCTTGCTAGACATGAAAGTATGGGAGAGTTGTA GAGATGAGTAGATGTGTAAAAGGAAGAAGAATTTCTTGGAGCCAGAAGAGGAGAAATGATAGTAATATTTAAATTTATGT GCATGATCTTTATCTGGAGAGTAAGAGATAGGTAGATTCCTTGAAACTCAAATAATCCTAATCTGCCAATTTTCATCTTG TTGATGGTGTCATATAGCGGTTGGACTTAGAGGATTAGATGCACTCTAGTGTGGGGTTATTTTAGTCTATAATTCATCAA AGCTCTTAGAACAATCTCAGAATAGTGGAAAATGGAACTAGTGATGGGCAGAGTTTTAGGGCTGTTTGTCATAGAAGAAA CTATTGAATCATGATGAAATGGAATTAGCATATCGTTAGGCATAACATTTTTTCTTTATTTGGAATATTGGTCATACTAT ACTACAGCATCCATCAATTTTGTTTTAGGTTAGTTGGCTTTGAAATAATCCAATACATTCCCTATGATATTTCTGCATAT CTAGTAGTCATAGATTCTTTTTCTGTGGAAACTTGTTTTTCTTGGCAAATTATAGATGTGTATCAAATAATTATACATCT CACTGTCATTACAATACAGAGTTTTAACATTTGAATAGTTAGTATTCTTTTCTGATTTTCTATTTATAGGTAGTCTAATT CTGAATTTGATGTTTTTCTTGTGTAGCATGACGACTATTGCTGATCTTAATGACAAGTGGGCTTCATATGCTGGTCCAGG AGGATGGAATGGTACAGATGTTGTCTTCCTTGAAATTTTATTGGAAATATAGAGCAAACCAGAAGCATTTTTACTTGAAT CTCATATTACCACTCCTGTACAGACCCGGATATGTTGGAAGTTGGCAATGGTGGCATGACTTATCAGGAATACCGTGCTC ACTTCAGCATATGGGCTTTAGCAAAGGTATTGCTCTCAGTTCCTATTTGTTCCCCCTCCCTTTTGTACATTTAGACATGG ACTGATGATGCATACTTTTATACTGGATTTGTACTCTACTCAACTGTCATAACTCATCACCCATTTTTCTATATCTTGCC TGATAATTTTGCTAGTAATTTGGGATCATAGGATAGCAGAAAATAATTATGCTTAAACTAATCTCTGGTAAAAGCAATCC TGTCTGAATTTATAAATTTGTTTAATGTGCGATATGATGGCAATCCTCTTTTCATTAGTATTGGTCATAATTTCTTCTGA ATAAAGCATCAAGACAAACTATCACAAAAGTTACTATTACTGATTTTTTCACATGCTTATAATTGTGAATATGTGCGTGC AGGCTCCTCTATTGATTGGCTGCGATATAAGAAATATGACTGCTGAAACATTAGAGATTATAAGCAATAAAGAAGTCATT GCTATAAATCAAGGTGGTGTTACAACTTTTTTGTTTTTTTTTTAATCAAGTTGATGCATAATCTTCTCTCTCTGTTATTG TTGTTGATTTTGTGCTACTTGGTATAAGTTTTGATTTCTTCTTCCGAAGGTTAGATGAGTAAGGTTACCAATTCTTATGT CTCTTTGTAGACTCACTTGGGGTCCAGGGAAGGAAAGTTCAAGTTGCTGGAAAAGATGGTTGCAGTCAGGTAATCTCTTC TGTATCACCTCATGGTACATCTATGCAATAAAGCTCGTGCATTCTGTCTGTATTTTAGGTTCATTGTGGTCATGCTTCTA AGTTATAATAGTGTCTATCTGGATCAAGTAACTCACTTGCATCATCTTGAATTAAGTTAATTTCACTATCATGTTAATTT TACCTTCTCAGACATGGGCTATACAAAACATGTAATCTTGCCTCTCAAACATTATATGTTCAACAACTCAAAGAAGAATG AATCAAGAACAAATAGACTACTTTTATGCAAGTTTTTCATATTGCCATTTTGGCAGGTCAAATCATTTGGTCCTATTTAG ATCTTTATGTGATAAAGTATGTTGACTTAATATAAAGCTTTTTAATCTATCCTTAAAAAAAATGAGGCTTAAAGTTGTGT GTAGCTTACTACTGTTGACCTTACCTTTACATCTTTGCAGGTTTGGGCAGGTCCTTTATCAGGGGATCGCTGGGTTGTTG CTCTCTGGAATCGGTGCTCAAAAGTTGCTAATATAACAGCTTCCTGGGAAGCACTTGGGATTGAATCTGGAGTTTATGTT ACTGTAAGGGATTTATGGCAGGTAAGCTAGCCTAGCTGTATATAACTTTCTATTAGACAGTTTTTCTTTTTATTCTTATT GGAGCTTAAATTTATTTGTTATTTTTATTGAAAATATTCCCTTACCACTATTTTAGGACTCATTACCCCAAATGTTTTTG TTCCTTTACTAAATTTGCAGCACAAGGTAGTAACCGAAGATGCAGTTTCATCATTCAGTGCTCAAGTTGATACTCACGAT AGTCACCTGTACATTTTCACTCCATCTACAGTATCTCTCTCTGTAATGTAGCTCATAGGTTTTGGTCCATCTGTATTCTG TACACAACTATGCTGCCATCCCATTTTGGATTAACTGCCTTTATGAAAGTTTAGTGAATGAACCTTGCTTGTTTAATTTA TTGTCTCTTTTTACAGCACTTGTTGATCAGGCATGCATAAGTTCAAATCTTCATTGTCAAATATATTGTGTACTAGATGG TCTACAACTCATGAATATGATCACACGATTTCTGTCCTATATGTGGTCCCGTACGGATTTATCGTTAATGATGTTTTCAA AAGGTATGATATGGTTGAAAGAAAAAGTATGACATGAGTTGTGGGAGGAAGATATTATCTTTAGTTTAATTTTCAGATAC TATCAATTCATCCCATATTGCAAAACTCGAGCCAGCAATCATCTTTAGGTTAATTTTCAGATATGAATATGATCATCATA ACTACTAGTTTTCATTATGAGAGTTCCAACTAAAAAATATCACTAACTTGAGAAACATTGTTAGTGGAGACAAACAAAGA ATCTATGCTCTTTTGCCATTGTTGTTCCTGATTCTGAATTTGCTGGTTCTCTCAATATCCGGGGGTGGTGCGCGGTCCTT TATGGATCTTTTTGTTGTAGAATTTCAAGACTCTAACTGTGGGAGAAAACGTTAACTACACTAACTGCAATTAGCTGAGA GAGAAGAATGGAAGGAAAATTTTAATGCATTGATTTCACACACTCAAACTCTGAGTGCTCTTATTTAAAGCAATTACATC AAGGACTCAAAGTCCATTATCACAATAGTCAAGGACTAAACTGAAAACCAACTAACTACTTCTGAATTAACACTCTAATC TCAATACTCCTTCCTAATTCAGAACAGTAGTTACAGACATCACATTCAATTTCTTACACAACATAGCAAATCTATCAGGC TTCAACGCCTTAGTAAACAAATCAGCAAGTTGCTCCTCTGTAGGACAATGAACAAGTTCCAACTTTCCTTTGGATACTTG ATCCCTTAAGAAATGAAATCGTGTCTCGATGTGTTTGCTTCTTCCATGGGCAACTGGATGCTTAGCTAGGTCTATTGCTG ATTTATTATCAACCAGAAGTTTCATTGGACCAGAAACCTTCAAACCTACTTCCTCCATCAACATACTGAGCCATGCAGCT TGACATGCACTATAGGATGCAGCAACATATTCTGCTTCACATGAAGAGAGTGCCACAATTGGCTGCTTCTTGGAACACCA AGAGACTGGTGCATCACCACACAAGAATACATAACCAGTGGTGTTTTTCCTGTCATCTTTATCACCACTCCAGTCTGAGT CCACATAGCCTATCACATCATTCCTTGTGTTGAAAGCTTTCTCAGGAAATAGTATTCCATGATAAGAGTCCCCTTGATAA ATCTGAGTATTCTCTTTGCAGCTAGGAAATGAGATTCTTTAGGATTCTCCATGAATCTACTTATCAGACCCACACCATAA CTGATTTCAGGTCTGCTGCAACACAAATATCTCAGTGATCCCACAATCTGCTTAAACAAGGTTGAATCCACTGATTTCCC AGAATCTGTCTTTGTAAGAGTTATGCCATGCTCAACTGGAGTAACTGCAGGATTACAACCTGCTAGATTAAATCTCTTCA ACACATCAGCTGCATACTTCCTTTGACTCATAAACATCCCTTTCTTAGTTCTGAGAAATTCAATCCCCAGAAAATATGAT AACTCTCCCATGTCACTCATTTCAAATTCCATTTGCATCTTTGCTTTGAATTTATCAATCTCAGTCTCATTGCTTCCAGT TACAAGCAAGTCATCTACATATAAACACACAACAAGTAACCCTGCTCTCTTTGTCTTGCGAACATACACTCCATGTTCAG TAGTACATTTCAGAAATCCCATCTGATTCAAGAAAGAATCAATTCTTCTATTCCAAGCTCGAGGAGTTTGCTTAAGGCCA TACAAAGCCTTGTGTAACCTGTATACCTTGTGTTCACACCCCTGAACTTCAAATCCAGGAGGTTGGTTCATATAAACTTC CTCATCAAGAGGACCATTTAAGAAGGCAGACTTAACATCCAACTGATGTAGTCTCCAACCCTTCAAGCTTGCAGCTCCCA CAACCAACCTAACAGTTTCCATCCTTGCCACTGGAGCAAATACCTCAGTATAATCCAATCCTTTCTTTTGCTGAAACCCT CTGGCGACTAACCTTGCTTTATACTTAGCAACTGTACCATTTGGCTTCATTTTGGTTTTATAAACCCATTTGACTGAAAT TGGCTTCTTTCCTTCAGGTAATTCTACCAAACTCCAGGTCTCATTCTTATCAATTGACTTGAGTTCTTCCTTCATTGCAG TGATCCAATTATCATGTTCGAAGGCCATCTCTAGACTCACAGGCTCAGATTCAGTGTAAAATGCAAAATGCACTAGATCA CCTTCACTAGTAACCTCATTATCAGGGAAAAGTACATAATCATTGAGCCTTGAAGGAGGTTGTCTTGCTCTCTGAACTCT CTGAGTATCATTCTCAACAGGAGCAGTGTTGATAATTGGAATACCTTGAGTACCTTGAGCTTCAGTACTCAAACCCTCAT CCTCAGGTAAAAGATCAAACTCATGAAAGTTATATGCAACCCTGGACTTAGAAGCTTCTGGTTGAGCAACTTTCCATGTC CAAAATGATTCTTCATCTACCACAACATCTCTACTAACTACAATAGTGTTAGTATCAGGATTCAACAACCTGTATGCACC TGTAGAGTGGAAACCGACTAACAAAAGCTTCTCACTCTTGTCATCAAGTTTTTTTCTCCTCTGATCTGGCACATGTCTAT AGCAAACTGAACCAAAAACCCTCAAGTGCTTAACACTAGGTTTGATTCCAGACCAGGCTTCTTCAGGTGTTAGAGCTTTC AACTTTCTAGTAGGACATCTGTTGAGTATATAAGTTGCAGTGGAAACAACTTCTCCCCACAACTGAACTGGCAACTTCTT ACACTTCAACATGCTTCTCACCATATTTGCTATTGTTCTATTTCTCCTCTCAGCCACACCATTGTGCTGAGGAGTATAAG GTGCTATTACCTCATGATATATGCCAGCCTCTTCACAGAATATCTTCATTTGATTGGACACATACTCTCCTCCTCCATCT GTCCTCAGTATCTTGATACTCTTACCACTTTGCTTCTCCACATGTGCCTTAAATTTCTTGAACACTTCAAAGACTTCTGA CTTCTTTTCCAGCAAGTAAGTCCACATCTTCCTAGTATGATCATCAATAAAAGACACAAAGTATCTATTTCCTCCTGAAG ATGGAGTATCAAATGGCCCACACACGTCTGAATAAACCACATCCAAAGCTCCCTTAGATATCACTGGCATATTCTCAGTG AAAGCATTTCTAGATTGCTTGCTGAGCAAACAATCTTCACACAACTGCCCTGAAGCTTTAACAATGGGAAGACCTCTCAC CATATCTTCATGATGCAATTGATATAATCCTTTAAAATGCAAGTGACCATATCTCATGTGCCACAACCAATCAGAGTCTA AACATCTTGCTGACAAGCATTGTGACTCACTAGTATCAAGCTCAACTCTAAATGTCTTATTTCTAGACAATACTGATTGC AAAATCAGATTATGCTTAGGATCATACACTAGTAGTTTCTTCCCCTTAGTCTTCAGAGAATACCCCTTTTCTACTAGCTG CCCTAGACTTATCAAATTGTGCTTCACACTAGGAACATATAAGACCTCTGGAATGTAGGATTTTCTACCATCCTTTTTCT TCACCAGTATTTTACCAACACCATCAGCAGGGATGGTGCTATTATCTGCAAACCTTACACTGCTTTTCCTCTCCTCATCA AGATCAACAAACCACTCTTTGTGGCCAGACATGTGAGAAGAGCAACCTGAGTCTAAGTACCAGGTGTTCTCACTAAGTTT ATGAGAACTCACAGCAGAATTACTAACTTCATAGCTAGAATTTCTAAGCAATTTATCAGGGCAAGAACTAACAGGATCAT CAGGGACTACAAAGAGTACCTGTTCCTCATCAGAGTTATCATCATCATGGGCAGAATATGCACGATCTTCACCATCCTGC TTGTTGCCCTTCTTTTTGTTCTTGCATTCATAAGCATAGTGTCCATATTTCTTGCATTCAAAACACTGGACACTTTGCTT TTTGCTCTTCCCTTTCTTGAACTTATCTTTGTCCTGATGCTTCTCCTTTGAATCCCACTTTCTCTTGGAATCGCCATCTT CCTCATGCTGTGAAGATTGCCCAGAATCTTTGTTTTTCCAATTCTTTCCCTTTGAGGCTTTTCCTCTATCATTCCAACTC TTCTTACTGGAATTTCCACCACGAGTATACAAAGCCTGCTCACTTTCCTTCTCAGAATCTCTCAGGCTCAACCTCATCTC GTGTGCTTCAAGAGACCCTTGTAACTCATCAATCTTGATCAATTCAAGATCCTTTGATTCTTCTATGGTTGTGACAATAT GATCAAATTTTGGAGTGAGTGAACGCAACACCTTTTCCACAAGAATTTGATCAGTCATTGACTCACCATTCGACTTCATC TGGTTCGTCAATGTTTGAAGACGGGTGAAAAACTTCGAAATCGTCTCTGATTTCTCCATACGCATAGCTTCGTATTGCCT CCGCAGAGTCTGCAATTTCACCTTCTTCAATTTCGCCACGCCGTCGTAGCTCTTGTTCAGAATGTCCCATGCCTCCTTCG ACGTCTTTGCTGCCGCAATTTTCTCAAAATTGGCTGGATTCACACACTGGTGAATGATGAACAAAGCTCTCAGATCCTTC TTCTTCGCCTCACGGTGAGCTTCGGTTTGCTCAGCCGTCGGATTCGCCGGTAATGGATCGTACCCAGAAGTTACGTATTC AAGAACCTCTTGAAAACCGAAGATCACCTCCATCTGGGTATGCCAACGATCCCAGTCGGTCTTTCCGTCAAGAACTGGCA GTGACGCCGGAAAGTTTCCATTCGCACCCGCCATGACTTTGAAAGACACGTCCACCTTCACCGTATTCAGAATCTCCGCC GTCGTCGCTTCTTGGACGCCGCCGCAGCTCGCCGTCGCAGCTCGCCGCCTTCGCGTGTTGTTTGAGGTCGCCGAATGTCA CCGAGCTCTTGATACCACTGTTGTAGAATTTCAAGACTCTAACTGTGGGAGAAAACGTTAACTACACTAACTGCAATTAG CTGAGAGAGAAGAATGGAAGGAAAATTTTAATGCATTGATTTCACACACTCAAACTCTGAGTGCTCTTATTTAAAGCTAT TACATCAAGGACTCAAAGTCCATTATCACAATAGTCAAGGACTAAACTGAAAACCAACTAACTACTTCTGAATTAACACT CTAATCTCAATACTTTTGACACAGTCAGGGGTGGAGGCAAGATTACATATTTTCAAGTGCTAGTATATAAGATTTTTGAT TCATTCACACCTCCTTTTCTATTTCCACCTTTTTTCTCTTCCTATCTCTTACTCTTACTCCTATCACATTATCAATCAAA TCTCTCATTTCTTTATTCTTTTCTTCGTATATTTCTAAGTATAAGTGGGTTTTTTTTGTGAACTAAACTTTACTGAATAT ATATATGACCACGGCTTCACCACAGCTTCACAACGAGACAAAAATGCAAGAAAGACAAATTGATATCGCTCCACAGCAGC ACAAGCTTGTGTTTTATTTTTATTTTTATTCATTACTGGGCTAAAGTCGAAAGCTAAGGAACCTCACCCCTAACATAGAG GGTGTTACAAGAGTCAAATAATAAAGGGACATAACTAAAAGCCGGGACAAAATCATAGATCTTGCTAGGCAACAACAACC TAGACCATTCTTAGCAAAGACATCTGCAACTGAGTTAGCTTCCCTAAATACATGCTTAAGATGGACCTGCTCAAAGCAAT TAAACAAACTCTTAATATCCTTAACAAGAGGAGCTGGAGGCTTTGAAGGAGAGCAACCTTGATTGACTAGACTAACAACA AAGCTTGAGTTAGATTCAACAAGTATCCTTTTAAATCCTCTGGCTTGAGCAATTTTAGCACCATGGAAGATCCCCAGAGC TCCGCGTGATTAATGGAGCAGCATCCCAATCTAACTGAGAAACCAGCAATGAAGGTGCCTTCATGGTCCCTCAGAACTCC TCCACAGGCAGCACGGTTTGAGGAAGGAGCGAAAGAGCCATCTGTGTTGATTTTAATACACCCTTCCATGGGCACAGACC ACCTGACAAAGGTTGTGCCTGAAGCCCGAAACGCAAGGGCCTCATCTGAGGAATCAGCTAGAGCAGATTGGGAATCAACT ATAATGTCAAGATTGTTATTCACGTAAGTTCGGTTTGGTCGGATCGCGGGTTGAGTTGGGTCTTTAGTCTCCAAATTCGA TATACAAACCAATAAAGCACACTTGAGTTTTTGCTTATGTATTTAATGCTAAACTCAAGTGTGAACTATTAATTATTAAC TTTTGAGTTTCTTATAAGAAAATAATTTGTTAGGTTTTAATTAAAAATAGATAGAATCTTAATTATTAATAATAAATTCA GAAAAAATGTAAAACATTTAAAAATAAACAAATAAATGTAATTATATGTAAATAATATTAAGAATTTAGATTAATTAACC GTAAAAATAATATTTATTAATAAATCATTAAGAAAAAATTATTTTCAAATTAAAAAATGTCTCTATAAAGTACATACTAA TAATTATATCATATGCGTGTATTATTTGAAAGAGATTTTTTAGATATTCTGTTTGATTTATTTTGATAGTAATAAAAATA AGTAGAGAAAGCATAATAGAGAAAAATAACTATAACCAAATATGAATACATTTAAATTTACTAAATAAAATTTTATGATA TTAAAATTATAGCTTATTATATTAAAACATATTATTTGAGGTAAAATATTTCAAGTTCACTTAATCATTTTTCATATTAT TCAATAAAAAATTAAATTTAAAATGATAAGATATAATTAAATAATAGAATAACATTTGGGGAACAGTACTCTCCCAAGTG AGTATCTATGTTTACAACTAGAGATATGACATCATACTCCTACACAACCAAAACGATAACAATAAACCTCAAACAAGAAC ATCAGTCAATTAAAATATTTGTGTTGATCCCAGAACTATACACTAAAATGTACAATTTAACTTAAATTTCTAATGAAATA AACTCAATAATATTAACAAGAAAATCACACCTATAAGTCAATGCAATATAAACCAACTTTCATCTTATGTCATAAGAAAA ATTTCATTCATTTTTTATCTTAAAGTGTGTCAATGTCAATATATACTGGTTCCAATGAATGTCCAAATATAGCTTTAGTT TTTACAGTCTCGTTATATGAACCCTGAGTTTGGGCAACATCCAACCCACACACAATATTTGTGTTAGTTTTTGACTGTCA CAAAATCTAACATCTAAGAAAACATAATACAGGTCTGACGCTCAAAATTTGCGTATTTCGGGTAGAGAAATCATTTCCGT TTTTCTAAACATCATTGCTTAAACATAGCTTAAGCAACAATAAAGCTCACTGGAGTTCTTGCTTCATGTGTTCAAGCAAC GAAACTACCGCTTGCAATAACCAATGGATTCAACACAAACACAAAATACATGTCACTGTTGCAAATACAGATTCAAGAGC TGGTATTATCCGCTCCACCAGTTTCATTAATCATTTTCTCAAGACTTGCAGCCATTTTATGTTTGGAACTTTGAAAATTT CTATAGAATGGATATGAAAGTGATTGGTGATGCAAGATCCACTCTTCTGGTTCAACCATTATGGATTAGAGGACCAAATA ATTCATGTCAACTTCATCTTGCATGATCTGGTTTGGGAGCACCTCCCAATGTCTTTCTTTCTATTTGTAGTTTTCTTGAT GAGAAGTTTATCCAAAAATGTTATAAGAATGATGTTGGGGGTGCTTATGCAATGCAATGCATTACCATTTCATTGACAAT TAAATAATCAAATAACTATCAGGGCATATCCATATTAGCTTGCAGATGTTAGGTCACAAAACTTGCAATATGACCAAGAA AGTAGATATGCCCTTCAACATTTGTGAGCATTAACCAATGCTTTGTTTGCTGTGACAGCAATGTGTGTGGATTTATCCCC AGAGGAGTCTTCAGCACCAAAATCACGAAGAGACAGAAACCTGCAGTAGTTCTTTGGCAATACTAATGCATTCAGTCATG GGGCAATTCGTCTTGATTGCATTTGTTTTTATGTGAGACCTGCTGGCAGCATAACCCTTCTGCAATAAGCAAACATAGAA GGTAAGTAGATGTCTGGTTTCTAAAGTTTTCTCTAGCGTCAACATGAATATTCTATGGTCCAATGTTCTCGACGAAGGAT GTTACAGACCAAGTGAATCTCAACAGCATAAAGATGGAGTCAACCCAGTCAAGAGGAATTGGGGTGGTTGAGAAGCTCTA CAATGTCTTTAGTCATACAGAATAAAAGGAAAC
CDS sequence (LotjaGi1g1v0308200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGAAGCAGAAACAAAGCAACGCTCTTCACGTGCACTTTGTGATTCTTCTTCTTCTCTGTTCTTCCTCTGTTTCAGT ATCAGCAAAAGTTGTTCCTCTCTTGCAGAGTCACAGAAAACCCAGTTTCCGATCAAATTTCCACACTATCTATGACACTT CAAATTACGGTGTGTTTCAGCTCAACAATGGTTTGGCAAGGACACCTCAAATGGGATGGAATAGCTGGAACTTCTTTGCA TGCAATATCAATGAAACGGTGATTAAGGAAACGGCTGATGCACTTGTATCAACGGGGTTGGCTGACTTAGGTTATGTGTA CGTCAATATAGATGATTGCTGGTCTTCCGTGACTAGAAATTTGACGGGTCAACTGGTCCCTGATCCTAAGACATTTCCAT CAGGAATCAAAGCTCTTGCAGATTATGTGCACGGAAAGGGACTCAAGCTTGGCATATATTCTGATGCTGGGGTTTTTACA TGTCAAGTCCGACCAGGATCAATTTTCCATGAAACTGATGATGCAGATTTATTTGCCTCTTGGGGTGTAGATTATTTGAA GTATGACAATTGTTACAACCTGGGTATCCCTCCGAAAAAACGATATCCACCTATGCGTGATGCTCTTGGTGCAACTGGAG TTAAAATTTTCTATTCAATCTGTGAATGGGGTGTTGATGACCCAGCCTTATGGGCAGGCACGGTTGGTAACAGTTGGCGC ACAACTGATGACATCAATGATACATGGGCAAGCATGACGACTATTGCTGATCTTAATGACAAGTGGGCTTCATATGCTGG TCCAGGAGGATGGAATGACCCGGATATGTTGGAAGTTGGCAATGGTGGCATGACTTATCAGGAATACCGTGCTCACTTCA GCATATGGGCTTTAGCAAAGGCTCCTCTATTGATTGGCTGCGATATAAGAAATATGACTGCTGAAACATTAGAGATTATA AGCAATAAAGAAGTCATTGCTATAAATCAAGACTCACTTGGGGTCCAGGGAAGGAAAGTTCAAGTTGCTGGAAAAGATGG TTGCAGTCAGGTTTGGGCAGGTCCTTTATCAGGGGATCGCTGGGTTGTTGCTCTCTGGAATCGGTGCTCAAAAGTTGCTA ATATAACAGCTTCCTGGGAAGCACTTGGGATTGAATCTGGAGTTTATGTTACTGTAAGGGATTTATGGCAGCACAAGGTA GTAACCGAAGATGCAGTTTCATCATTCAGTGCTCAAGTTGATACTCACGATAGTCACCTGTACATTTTCACTCCATCTAC AGTATCTCTCTCTGTAATGTAG
Protein sequence (LotjaGi1g1v0308200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAKQKQSNALHVHFVILLLLCSSSVSVSAKVVPLLQSHRKPSFRSNFHTIYDTSNYGVFQLNNGLARTPQMGWNSWNFFA CNINETVIKETADALVSTGLADLGYVYVNIDDCWSSVTRNLTGQLVPDPKTFPSGIKALADYVHGKGLKLGIYSDAGVFT CQVRPGSIFHETDDADLFASWGVDYLKYDNCYNLGIPPKKRYPPMRDALGATGVKIFYSICEWGVDDPALWAGTVGNSWR TTDDINDTWASMTTIADLNDKWASYAGPGGWNDPDMLEVGNGGMTYQEYRAHFSIWALAKAPLLIGCDIRNMTAETLEII SNKEVIAINQDSLGVQGRKVQVAGKDGCSQVWAGPLSGDRWVVALWNRCSKVANITASWEALGIESGVYVTVRDLWQHKV VTEDAVSSFSAQVDTHDSHLYIFTPSTVSLSVM
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_POSITIVE | 1 | 29 | 29 | - | – | |
| Phobius | 1 | 9 | 9 | - | – | |
| SignalP_GRAM_NEGATIVE | 1 | 29 | 29 | - | – | |
| SignalP_EUK | 1 | 29 | 29 | - | – | |
| Phobius | 1 | 29 | 29 | - | – | |
| Phobius | 10 | 21 | 12 | - | – | |
| TMHMM | 12 | 34 | 23 | - | – | |
| PANTHER | 16 | 431 | 416 | 6.3E-239 | – | |
| PANTHER | 16 | 431 | 416 | 6.3E-239 | ||
| Phobius | 22 | 29 | 8 | - | – | |
| Phobius | 30 | 433 | 404 | - | – | |
| Gene3D | 61 | 333 | 273 | 2.0E-129 | ||
| SUPERFAMILY | 61 | 331 | 271 | 1.11E-102 | ||
| PRINTS | 63 | 82 | 20 | 2.1E-67 | ||
| Pfam | 68 | 331 | 264 | 2.4E-79 | ||
| CDD | 69 | 331 | 263 | 2.1678E-156 | ||
| PRINTS | 99 | 114 | 16 | 2.1E-67 | ||
| ProSitePatterns | 104 | 120 | 17 | - | ||
| PRINTS | 140 | 161 | 22 | 2.1E-67 | ||
| PRINTS | 174 | 191 | 18 | 2.1E-67 | ||
| PRINTS | 201 | 219 | 19 | 2.1E-67 | ||
| PRINTS | 266 | 285 | 20 | 2.1E-67 | ||
| PRINTS | 287 | 308 | 22 | 2.1E-67 | ||
| SUPERFAMILY | 326 | 424 | 99 | 1.58E-21 | – | |
| Gene3D | 334 | 426 | 93 | 1.8E-24 | ||
| Pfam | 346 | 422 | 77 | 1.5E-18 |
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 | Hydrolase activity, hydrolyzing O-glycosyl compounds | Catalysis of the hydrolysis of any O-glycosyl bond. | ||
| 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. |
Expression pattern of LotjaGi1g1v0308200.2, 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…