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| Field | Value |
|---|---|
| Gene ID | LotjaGi4g1v0001000 |
| Transcript ID | LotjaGi4g1v0001000.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Non-lysosomal glucosylceramidase; TAIR: AT5G49900.1 Beta-glucosidase, GBA2 type family protein; Swiss-Prot: sp|Q69ZF3|GBA2_MOUSE Non-lysosomal glucosylceramidase; TrEMBL-Plants: tr|A0A072UUL4|A0A072UUL4_MEDTR Non-lysosomal glucosylceramidase; Found in the gene: LotjaGi4g1v0001000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:163363..174079) extracted from Lotus japonicus Gifu genome v1.2.
GCATTGTGACATCTTTTTAAGTGACTCATATTAGACATTACTTACGTATAGATAAATATTGATCTGCATAAATAACAGGT GGAGTCCTCTTCAATTAGTGGTGGCTGCTTAGGCCTGAAGAACATTGACGGAGGTTAGTAAAGCTCAATTAGAGCCCCAT TACGTTTCTCTCATGAATTTTATCTTTATTCATACAATTCATAGAAAAAAAACAATTAGTGTGGTTCGGTTAGTTTTGGG ACTAAGTTACAACTCACAAGAGAGAAAAAACGCAAGGAAAGTTATGAACAAAAAGGAATAAGATATAAGCGATGAGATTA AGGGTTGCGTTTTGCCTCATTCATCTGGAGCATTAATTAATTAATATAAAAAAAAGTCCCGCTTCTCTCTCTCTCCTAAG CAGGAGTACTACTTTTCTTTTTCTTTTTTCTGGAAACAAACAGCCACCACAGTTATCGTGTAACAAAGAACCATTTAAAA ACAAAACAAAACGATGGAAGCTTAGGACCTCTTCACGAAAACCACCAATTTGAGAAGTAAGCTTCATTGATGAGGTTAAA TATTTCATCAAATTCACAATCCGAGTCATGTTTTGTAGATATATTAGAAAAAGGGATCTTTCTCATTCATAAACTTTGTC CCATTAAATATATTCTGCCGTCCAAATTTGACTTAATTTGTGGTATTAGACTAGTATTAGTTACCAATTACCATCAATAT TGGATCCAATACCGGTCATCTCGTCTTCATATATTATTCACATATAATAAAGTTCAGCAATAATAAAAATACTTGCCTCT GGTTGAGTTGTACTATTGATCAGGTATGTGTTGACTTATTCCTCTTTCCATCCATCCAGTACCATCATGTTTCACTTCTG CCTGTTCCTCCATCATCACTAGACGTGATCTAAGCTTTTTATATTTCTCTGAGGTTATCTCTCGTAATTAAGTCTTCACA TTATATTTTATATTGCAATGCCTCTCTCTGCTTTCCTTGATTTTCCTCACCAATCCCCCACACGCACATATTTTTTTAAG GATGTGATGTTAGATATGTTTGATTTCAAAACTTGTGTGTTTTCAATGGCTTTTGCTAGATGATTAATGGGTTTTGGCAG TTAACTTACTTTGTTACTTTGCCTTGATGATTTCGCTGCATCATCTATGCAACGATAGCAGAATTCATACAGGGAAGCAC GGCGGCATCTAAATGGGACTGGCAGGGGCAGCCCCCCAAGAAATATAATTTTTTTTGTCGACTATATGTATTTTTATAGA TATTTTTAATTCTTAGTCCGCCTCTAAAGATTTTGTAGATTTTTTCATATTTTATTTCGGTCCCCCAACGATAAAATCCT GGATACGCCCCTGCAGGGAAGATGGTGGAAAATGGTTTTGTTGAAGACAACAACAGGACTGGCGAGCCTTCTGGGATCAA GGTAAACTTTATGCTTCATATATCTTTGAGTTGGCATTGAATTCATAGCAATAGCAATCAGTTGTCTATTTAATTCTTAT GATTTAAGTTCCCGTATTGCAATCATCGGCTGCTGTCAGTGCCACATCCATTTGGAAAGTTTTGACTCTCTTGCATGAAA TTGTATGGCTATCTTGTATAGCTTTTGTTCTTTGCCTACTCTCTTTTGTTTGACTTTTTTGATTAATTGAGATGGAGATT CTTTGGAGGATTTCGAGTTATCCTAGAACTTCAAGCATTTAAATAAGTGGATTATATCCTGTCTGGAAAATATATACTTT CTCTGAAGTGAGAATGCAGTCCAAAAACCTACAAGGAATATGTTAGCATGGTCAAAGCCATGTTTGTTTTTGTCAGTTTT GATCTGGTTTAGTTAGTATTTTTCATATAAAGTCAGAACTGATCAATGTGAGACTTCTGAAATATTTACTAACAATTCAT GTGAGATATAGTTCATTTTATTATAGTATCAGGATTTGGGAGAACACACAAAATTTCTCAAATTTAATTATTTTAAGCCC TTAATATAGATTCTTCACCGGCCATCTTTTTTATGCCTCATTCAAACATCTGTTTTTATGCCCGATTAAGGTTGACCCGG GCAAACCTGACGCACTTACCTGGCAGCGGAAACTAAATAATGAAGGAAAGGCTCCACTAGAATTCACCTTATCTTTAAAA GATATAATTCATCTGGTAAGCCTGCTCATGAGATCATGACTTCTTCCCCTTTTTTATTATTTACTTGCTATAAGAAAAAT CCTTAATAGTGCATGTAATGAACTTATCCTTAATTCTGCTTTAGGACGAGATCCTTCAATGTTACCTACCCCATTGAAAT GCCTTGATGCTTCACTATATTATCCTTGTTAGCAATCCTATATTTTTCTTTGATTTGCTAGGCTCCAATCGGTTACCGGC TATGGCGCCATGTTCGGGAAGAAGCTGCCAAAGGAAGGGTAATCTTCTTTTATCATAAATTTCTATCGTATTTTGATATA TGCTTATTAATTTTCACCTGATTTCTCCTACCATTTATTGGTTTTGATTGTTATTTCTATCCTTCTTGCAGGCGGGAATG ATTGATCCCTTTGCTAAGCATCATGTAACATCTGGTCATGGTGTCCCTTTAGGTGGTATTGGGTAGGTCTTCAATCTTTC TGTCAGTTAGAATCAACATTGTAATATTTGAGCCTTTTACTGGTACCTTGAACAAATTATGTAATGAATTTAAGTTAGAC GTATTTTGTATGAAAAATTATGTGCATATCCTTCCTGGTAAGTGCATTATCTTGAACTTAATAGATTAATAACAGTAAAG ATTAAAATCGTATTCAAGTGAAAAATGTTGATAGGGAAAACATATTTTAATTTCTAATTATATCCATATTAAAATAATTT ACAGTCACATTAATATCCCATCCAATGTTTGCTTAATTTGAGTATCCCAGAACAGTATTTGATTATTTGTGTCTACAACA TGCATTGCTTTTGTTATTGTCAAACTGATCTCCAGTGCAGGGAGCATTGGAAGAAGTTTTAGAGGTGAATTTCAGCGTTT GCAACTATTCCCTAGAATATGTGAAGAGAAACCAGTCTTAGCAAATCAGTTTTCTGTAAGTTGCATTCATTTTATCTGAT CAGAAACATTCCTTGTTGCTATCTCTTTTAAGTTTAAAGCTCAAAATTCAAACTGCTGATACTGGATTTTACATGTCACT ATAACTCGATGATGCTTATTTAATAAGGAAAGACAAAAATGTTATAGGCTATTTACAACATAAAGTTAGACTCAAGTTTC ATGATTAGCCTTTCTTGAAGTTCCAGTATCTATTACAATTTTACTTCAGGTCCATTGTAGTTTGTTAAATGAAAAAAGAC ATTCAGAATCTGATAGGAACCCAATTATTAGGAATAGGCCCAATACTACTAGAGTCTATGAAAGTAAGAGGAAGAGGTGC AATGCACCAAATCTTTTCCCTTGAGAGGAGTAACCGCTTGCTGAGGTGGCATGAGCTGTGCAGGTAGAGAGAGAGAGAGA GATTGGGGATTATATAAGCATGTATTGTGTGAGAGAGAAGGTAGGCTTGATTTGGGATTAGGCTTGGGAGAGTAGAGGCA CTCTCGAATTGCCTCAGTTTCTTATCTTTAATTTTCTACTGTTATTTGTAATTCCCTAAAACACTGCTTCTGGGTATTTT CCAGAGGATTCAGTGTTCATCTATCCTATTTTCACTCTTAGTCATTGTGCTATTTTCTGGTTCCTAACAGAATCAGATAT ATTTTCTTTATTTCATACTACTTAATATAACCTTTTTTAACATGAAAAAGACTACTCTCTCAGGTTTTCATTTCTCGTCC AAGTGGTGAAAAATATTCAAGTGTGCTATGTCCAGGAAAGCCAGATATATCAAAGTAAACCTTTTATAGGTGGCCTTGTA ATTTTACAGTTACTAGTTTATCATTTCCAATTCCAGATTCAAATTATTTGAATTTAACTTAAAATATTATGCATGAATTA GAGAAACTCCAGTGTCAGGGATTGAATCATGGGACTGGAATATGAAAGGAAACAGTTCCATGTATCATGCATTATACCCA AGAGCTTGGACTGTATATGAGGGTAAGTTATGCTAGTTGGCGTACTTTCAAGTCCATTATTCTATCTCTTACATTGATCA TTTCTTGTGTTCAAATGCAGAACCTGACCCAGCATTGAGAATAGTTTGTCGTCAGATTTCACCTGTTATACCCCATAATT ACAAGGAGAGTAGCTTTCCTGTATCAGTTTTCACTTACATGGTAAACAAGGATCGATTCAATATAATTTTAGGTTAGATT TTTATAGATATAAAGTTGATATTAAGAAGTCAGTTTTATTTTATGCAGCTGAATAATTTTGGTAAGACAACAGCAGATGT CACTTTGCTTTTCACATGGGCTGTGAGTGATACTTCTTTGTTGGCTGTTACCATTATTTTGAATACTTCATCTTTTTATT TGAGGTATTGAATGCAAACAATTTCTGTGTGCATTCAGAATTCTGTTGGAGGACTTTCTGAATTTACTGGTCATCACTTT AATTCAAAGATAAAGTAAGAAAATTGACAGTTGGTTTACCTTCTTTGTGATGACACGTTGATTTGATTGAACTTTCCCCC TCTCCCTTCCCCACAGCTTGCCTATAATTTATTCTAACATTCAAGATACATGTTATCTCCTGGTAGGGTGAATGATGGGG TGCATGGTGTGCTTCTACATCATAAGTAAGTCTAACTTGTTAATATCTTTTTGAACAAAGAATGAAAAGAAAAATAACTC TGGAATTTATAAATTAATTCATATATGCATGTACAGGACTGCTAATGATCGATCTCCAGTCACATTTGCAATTGCTGCAG AAGAGACTGAATATGTTCATATCTCAGAATGCCCTGTCTTTGTTATATCTGGTGCTTACAAGGGTATCTCGGCTAAGGAC ATGTGGCATGAAGTGAAACAGGTTATGCCCCCTGCTTTCAGATTTTATACATTATTTCATTTAAATATCTTTATTTAATG TCTTGAGTTATTCATCCCTTCACGCTGTCTTCTCACAGATAAGCTAAGTCTAAGCATTTTGTAAATTATTACACATGTAC TTTGAGTTTCCATTATTTCCTTTTCCTTTTCATTTTGGTGTCTGAGTTTCATGTTATCAATCATGACAACTATTAATACT TGAGTCTCTTGAACATCACTTTTTCAGGAAAGAATCACACCTCTTGAACCTATTTTTGATTTCCCATGCCTCTTGTTAAT CTTAGGGATGATTTGGTCATTGCAAATCTGGATTTTCATTGTTGCAACTTATATAGAAATCATACTTTCTAATCATAAGA TAAAGTAAAACTCGTTTTTGCATTATGAGTGATCTTAGGTCAAGCATCCATGTAGGCTGAAATATCACCATTTTCTAGCA GATTTTGTTATAGAAACTCAACATCTTAATTGGCTCCTCAAGGATGGACCGGCTACAGATCTATCTGAAGTTTAAAATTG TCATGAATGTAACTTCTAAGTTATGGTTTAATCTTCAGCAGTGAATGTGTTGAGATAGGAATGGCTGAGCTGATTAAATG AAGATAATGCTGATGCAGATACAAATTCTCTTTTCAGCGTAGCTTGTTCTTTTCCTGTATTTGGATTGAGACTAGGATTT ATACATGTGTGTGTGTGTGTGTGTGAGTGTGTGTCTTCTTTGTTCCCATAAGGAACATTGTAATGATGAAACTCAAGAAA AAAAATTCTGGTTGGTGACATAATGACGCTCATTATCTTCCCTTGATGAAAGTAAAGTTGCCATTGTATATTTATTTTAA ATTGATGCAAGTTAGAGAGTATTAAACTTCCTGCCATCCATAAGCTTGCTATTCCATATTTCACTAAACTGAACTGTGGT ACACTCTCTTTTCAGCATGGTTCATTTGACCATCTGAATTTTACTGAAACACCTGTGCCTTCAGAACCAGGATCAGCCAT TGGAGCAGCTATTGCAGCAACTGTGACTATCCCTTCTGATTCTCAGCGTACTGTGACGTTTTCATTGTCATGGGACTGCC CTGAAGTCAAGTTCCCTGGAGGGCGGATTTATTACAGGTTCGTGGTAGAAAATCTGTATAAGAAGATTTCCTATTTCAAA ACTACACATAACTAATGAAACTTGTTTAGCAGGCGGTACACTAAATTCTATGGTACTAATGGAGATGCTGCTGCACATAT TGCACATGATGCTATTACTGGTAATATTCTTTTAAATTAACTTTTGCATCTGTAAGGTGGGTATTGCATCTAAATTTGAT AGCAAGCATAGGAGCCAGACTATGGATATAGTTTTTGTTTTGTCAATTTTAGCCAAGGTTCCCCACCTTATTGATAAAAT CATGCACAGGCATACCTTATTTGTGATTGTTAATACCACTAATAAATTACTTATTCAAACTTGTATGAATTGGTGATGTA GAACATTGTAAGTGGGAGTCCCAGATTGAAGATTGGCAAAGACCAATCCTTGAAGACAAGAGACTTCCTGAATGGTAACT GTCAGTTTTTAATTCACAGTGTGCTCTTAGAGCCAAAACCTGAGGCTTTTAGAGTACCGTGCAGGTACCCCACTACTCTT TTCAATGAACTATACTATCTGAATTCCGGGGGATCAATTTGGACAGGTATTTTTAGCTCTTAAATTTTGGGATCCTATTT ATCAAAGAATTTTCCTAAAGTTTATTTTCCTTTAAAAATCCTCCAAACCTCGCATACATGATAGTATGTGACTCTTGTCA ATTTGTCATACTTGTTTTTCCCCTTTGCAGACGGTTCACCTCCAGTGCCTAGTTTAGTTAACATAGGAGAAAGTAAATTT TCCCTGGATGGGTTCATATCTGATTTAGAGAACAAAAGTAATATATCACATCAAAATGATACTGCTATGAACATTCTTGA AAGATTTAGCTCAGCCGTCGGGAAAATACACACTCCACAGGCATCAAAGTCTGCATATGGAGTTAGTTTGCTCCAAGAAG GGGAGGAAAACATTGGTCAGTTTCTTTATCTTGAAGGCATTGAGTATCAAATGTGGAATACCTACGATGTCCACTTTTAC TCCTCTTTTTCACTAGTCATGCTGTTCCCAAAGCTTGAACTCAGTATCCAAAGAGACTTTGCTGCAGCAGTACTGATGCA TGATCCTGGAAAGATGAAACTTCTAGAAGATGGTCAATGGGTACCGAGAAAGGTTCTCGGTGCTGTTCCTCATGATATTG GAATCAATGACCCGTGGTTTGAAGTAAATGGCTATAATCTTTATAATACAGATAGATGGAAAGACTTGAATCCAAAATTT GTTCTCCAGATTTACAGGGATGTGGTTGCCACTGGTGACAAGAAGTTTGCACAAGCTGTTTGGCCCTCAGTTTATATTGC AATTGCTTATATGGACCAATTTGACAAGGATGGTGATGGAATGATTGAGAATGAAGGCTTCCCTGATCAAACTTATGACA CATGGTCTGTGTCCGGTGTGAGTGCGTATAGTGGTGGATTGTGGGTAGCAGCGCTTCAGGCAGCATCAGCCCTGGCACAT GAAGTTGGTGACAAGGGTTCTGAAGAATATTTTTGGCTGAAGTTTCAAAAAGCGAAGGCTGCATATGAGAAATTATGGAA TGGTTCTTACTTCAATTATGATAGCAGTGGTGGAAGTTCGAGTTCTTCCATTCAAGCCGATCAATTAGCTGGACAATGGT ATGTTTTTTTGTCTTTTGAAAACTATTTTGTATCTGTATTCCTTATTTACTTCGGTAGCTCTATGGAATGGCTGACACTG TCCTACTATTATTGTGCACTGATCCATTAATACATGAGTTAGAGTACACTGCTGAATTTTATGTATGCATTTTCACTGTG TGACATGGTTTTCAATATAATTTTATCGCTCTAGATAGCTTTGATGGCCAAGAAAATGAATGTGGTCCGTTTGTTTAATG CATGAGGACTCATTCAGGTGAAACAAGTTATTAACTGTTATGTGCATATATGTTGTGATTACTTGTTAAATCCTTTAATG CGCCCCAGTTAGAAGAGCTTATTAGATGTTGGACAGTACATAATTAAAGGGAGAGGAAGACCAAAAAACTCAGTGAAACC ATCAAAAGTATTTAGACCTAAATGGGCTCTCTGCAAAATTTGCTTTAGAAATAGCACACAGGCAGCATTTGATCCATGTA TTCAATCCATCGTGATAAAGCTTTGGCTGTTGTATATAAACATGGATTCTGAAGTTAAAGCCTTATCAGAAGAAACTGCA AGCATCTAAACACAATGCTGTAGAGTTTATTCTAAATACAATTTGAATTTTGATCTATGGTCAATTTTGGCCGATGTACC CTTACTCATGGTAATATTTAAAATAGAATTGAAACTTCCTATTTCTTGTTTTGCAGGTATGCTAGAGCATGTGGTCTTTT TCCAATTGTTGAAGAAAAGAAAGCTAGAAGTGCACTTCAAATGGTTTATAATTACAATGTTATGAAAGTAAAGGATGGGA GGCGTGGAGCTGTAAATGGGATGTTACCTGATGGAAAAGTTGACAAGTCAACAATGCAATCACGAGAAATATGGTCAGGA GTCACATATGCCTTAGCTGCAACGATGATCCAAGAAAACATGATTGATATGGCATTTCAAACTGCTGGTGGAATATATGA AGCTGCATGGTCCGACGATGGACTCGGGTATAGTATATTGTCCTCTTGATGGTACTTGTGGACTGAATTTGATAACAAGT TGCTTTAACTACTGAAACAGAATCTTTAAGAGTGAATTTGTCTGACAAGATAAAAGTTATCATTTTATTTTTTTTCTTTT CCCAACAAGTTTCTTGCATGTGTTACTAATTTTTAGCTTGTCCTGTTACCTGCCTTGAACTCCTAACCTATGTTTGATGG AAAAAATATTACAGATTCAATTTCTTTCCTTTAATTACTTCAATACTGATTGAATATTGATTCTTACATTCTTCCATGGA AGATCCGTATCTAAAGAACAATCTCATTACTACAATTTTAGCTGCAAGCTAATCTAGTAGAAATTAGCCTGTTCGGTTAT AACATGAAACTGATTTTCTGGTTTTGAAGTTGTAAAAAACAGAAAGTGTGAAAGCTTGTTAAGCAACAAGACCTTTTGCA GCTGCTTTTCTGTCTTTCCTTACCATAACTCTTTAGATGATTTTTTTTTTCATAAGAAAAATGATATATATACACTTGAA AAATATTGAAAAGTACAAAACCCCAACAAGTCGCAAATATATACTGTATATTGGACCAAAAAAGTCCCGAAAAAGCCCAT GAAACACCTACTCTTTAGGTGATTTTTATCTGGGCAATTTCATTATTTCTAATTTATCTTTAAGTTCTCTTTGAAAAATA TCAAATTCACTAATACTAATAATGGTATATTTGCAACTTGTGCCCAAATTCTTGTTTGACATATAGTTGTACTTGTAAGA ACCATGAAAGATAGGCCATTATGATTATTAGACATAACTTAGTAATGCCTTTTAGGTCATGGTTGCTTTGTGACAAATTA TCACTTGAATGAAGTCTGGTCATATTTTCATTTACTCTTTACAATAACTAATTAAGTTTCTTTTATTTGATCAACAGCTA TTCTTTTCAAACTCCTGAAGCATGGAACACTGATGATGAATACAGATCTTTATGTTACATGCGCCCTTTAGCCATATGGG CAATGCAGTGGGCATTATCAAGAGCAAAGCACACTCAGAATGAGAGTAAATCTGATATAAAGGAAGATGATAATTTGTCT AAATATCATGCTGGTTTTCTGAAAGTTGCTCACCTTTTAAAGGTGAAGGAAGAGAAAGCATCTAGAAGTCTATTTCAGGT TATATATGATTTTACTTGCAAGAGGATGATATGACTAGAATGTCTGTTTGTTTGATGAACTTACCATCTTTCAGTAAGAA ATTGTTTCAGTTTCAGTAAATTATATAACTAAGGTTTTATTGTAATAAAATCATTACATGGAAAAATTCCTGCGTCTTTC AATAATCATGTGAGGGGAGAGTATCTAGTGAGGGAGAAGGGGAAGACAGAGGACATGATGTCACTCTGTTTTCAATCAAT TGAGTTGTTTCCGTTCTAATTTTTTCTGAAGCTGTTCTTTGGCTCGAAAATTTTCGTTTTTTTTTTTGAAACTGGATGAA TATATTAAAAATCAAGAAACCAGAGGCCAGTACATCAGCTTGAATCAAGGATTCTACTTCCGGCGGAACCTCTTCAATCC AAACATAGTTGGGAAATTTTGAAGAGTTCTTGGCCAAGTAATCAGCCACAGAGTTGCCGGATCTACGCACAAACGATAAT TGAAAAAACCTAAAGGATGAGACTAAGTCTCTACAATCATTTAAAACTGAAAACAAATAAGAAGAACCATGTCTAGCCTT ATTCCAAGTCTCAAAAATTTGCAAATTATCTGTCTCACAACACACCTGTTGAAACCCAAGATCCTTAGCAAGGGATAGGG ACCAACGAAATGCCAAAGCTTCCGCAACTAGAGGAGAAATGGCCTCAACTGGATGAGCCATAGCTGCTGCCATGACTTGG GCATTCTCATCCCGTGCTATAAAACCAAGTCCAGCTCCCACAGTAAGCATCCAAGTGGCGTCGAAGTTGATCTTGAT
CDS sequence (LotjaGi4g1v0001000.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGGAAAATGGTTTTGTTGAAGACAACAACAGGACTGGCGAGCCTTCTGGGATCAAGGTTGACCCGGGCAAACCTGA CGCACTTACCTGGCAGCGGAAACTAAATAATGAAGGAAAGGCTCCACTAGAATTCACCTTATCTTTAAAAGATATAATTC ATCTGGCTCCAATCGGTTACCGGCTATGGCGCCATGTTCGGGAAGAAGCTGCCAAAGGAAGGGCGGGAATGATTGATCCC TTTGCTAAGCATCATGTAACATCTGGTCATGGTGTCCCTTTAGGTGGTATTGGTGCAGGGAGCATTGGAAGAAGTTTTAG AGGTGAATTTCAGCGTTTGCAACTATTCCCTAGAATATGTGAAGAGAAACCAGTCTTAGCAAATCAGTTTTCTGTTTTCA TTTCTCGTCCAAGTGGTGAAAAATATTCAAGTGTGCTATGTCCAGGAAAGCCAGATATATCAAAAGAAACTCCAGTGTCA GGGATTGAATCATGGGACTGGAATATGAAAGGAAACAGTTCCATGTATCATGCATTATACCCAAGAGCTTGGACTGTATA TGAGGAACCTGACCCAGCATTGAGAATAGTTTGTCGTCAGATTTCACCTGTTATACCCCATAATTACAAGGAGAGTAGCT TTCCTGTATCAGTTTTCACTTACATGCTGAATAATTTTGGTAAGACAACAGCAGATGTCACTTTGCTTTTCACATGGGCT AATTCTGTTGGAGGACTTTCTGAATTTACTGGTCATCACTTTAATTCAAAGATAAAGGTGAATGATGGGGTGCATGGTGT GCTTCTACATCATAAGACTGCTAATGATCGATCTCCAGTCACATTTGCAATTGCTGCAGAAGAGACTGAATATGTTCATA TCTCAGAATGCCCTGTCTTTGTTATATCTGGTGCTTACAAGGGTATCTCGGCTAAGGACATGTGGCATGAAGTGAAACAG CATGGTTCATTTGACCATCTGAATTTTACTGAAACACCTGTGCCTTCAGAACCAGGATCAGCCATTGGAGCAGCTATTGC AGCAACTGTGACTATCCCTTCTGATTCTCAGCGTACTGTGACGTTTTCATTGTCATGGGACTGCCCTGAAGTCAAGTTCC CTGGAGGGCGGATTTATTACAGGCGGTACACTAAATTCTATGGTACTAATGGAGATGCTGCTGCACATATTGCACATGAT GCTATTACTGAACATTGTAAGTGGGAGTCCCAGATTGAAGATTGGCAAAGACCAATCCTTGAAGACAAGAGACTTCCTGA ATGGTACCCCACTACTCTTTTCAATGAACTATACTATCTGAATTCCGGGGGATCAATTTGGACAGACGGTTCACCTCCAG TGCCTAGTTTAGTTAACATAGGAGAAAGTAAATTTTCCCTGGATGGGTTCATATCTGATTTAGAGAACAAAAGTAATATA TCACATCAAAATGATACTGCTATGAACATTCTTGAAAGATTTAGCTCAGCCGTCGGGAAAATACACACTCCACAGGCATC AAAGTCTGCATATGGAGTTAGTTTGCTCCAAGAAGGGGAGGAAAACATTGGTCAGTTTCTTTATCTTGAAGGCATTGAGT ATCAAATGTGGAATACCTACGATGTCCACTTTTACTCCTCTTTTTCACTAGTCATGCTGTTCCCAAAGCTTGAACTCAGT ATCCAAAGAGACTTTGCTGCAGCAGTACTGATGCATGATCCTGGAAAGATGAAACTTCTAGAAGATGGTCAATGGGTACC GAGAAAGGTTCTCGGTGCTGTTCCTCATGATATTGGAATCAATGACCCGTGGTTTGAAGTAAATGGCTATAATCTTTATA ATACAGATAGATGGAAAGACTTGAATCCAAAATTTGTTCTCCAGATTTACAGGGATGTGGTTGCCACTGGTGACAAGAAG TTTGCACAAGCTGTTTGGCCCTCAGTTTATATTGCAATTGCTTATATGGACCAATTTGACAAGGATGGTGATGGAATGAT TGAGAATGAAGGCTTCCCTGATCAAACTTATGACACATGGTCTGTGTCCGGTGTGAGTGCGTATAGTGGTGGATTGTGGG TAGCAGCGCTTCAGGCAGCATCAGCCCTGGCACATGAAGTTGGTGACAAGGGTTCTGAAGAATATTTTTGGCTGAAGTTT CAAAAAGCGAAGGCTGCATATGAGAAATTATGGAATGGTTCTTACTTCAATTATGATAGCAGTGGTGGAAGTTCGAGTTC TTCCATTCAAGCCGATCAATTAGCTGGACAATGGTATGCTAGAGCATGTGGTCTTTTTCCAATTGTTGAAGAAAAGAAAG CTAGAAGTGCACTTCAAATGGTTTATAATTACAATGTTATGAAAGTAAAGGATGGGAGGCGTGGAGCTGTAAATGGGATG TTACCTGATGGAAAAGTTGACAAGTCAACAATGCAATCACGAGAAATATGGTCAGGAGTCACATATGCCTTAGCTGCAAC GATGATCCAAGAAAACATGATTGATATGGCATTTCAAACTGCTGGTGGAATATATGAAGCTGCATGGTCCGACGATGGAC TCGGCTATTCTTTTCAAACTCCTGAAGCATGGAACACTGATGATGAATACAGATCTTTATGTTACATGCGCCCTTTAGCC ATATGGGCAATGCAGTGGGCATTATCAAGAGCAAAGCACACTCAGAATGAGAGTAAATCTGATATAAAGGAAGATGATAA TTTGTCTAAATATCATGCTGGTTTTCTGAAAGTTGCTCACCTTTTAAAGGTGAAGGAAGAGAAAGCATCTAGAAGTCTAT TTCAGGTTATATATGATTTTACTTGCAAGAGGATGATATGA
Protein sequence (LotjaGi4g1v0001000.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVENGFVEDNNRTGEPSGIKVDPGKPDALTWQRKLNNEGKAPLEFTLSLKDIIHLAPIGYRLWRHVREEAAKGRAGMIDP FAKHHVTSGHGVPLGGIGAGSIGRSFRGEFQRLQLFPRICEEKPVLANQFSVFISRPSGEKYSSVLCPGKPDISKETPVS GIESWDWNMKGNSSMYHALYPRAWTVYEEPDPALRIVCRQISPVIPHNYKESSFPVSVFTYMLNNFGKTTADVTLLFTWA NSVGGLSEFTGHHFNSKIKVNDGVHGVLLHHKTANDRSPVTFAIAAEETEYVHISECPVFVISGAYKGISAKDMWHEVKQ HGSFDHLNFTETPVPSEPGSAIGAAIAATVTIPSDSQRTVTFSLSWDCPEVKFPGGRIYYRRYTKFYGTNGDAAAHIAHD AITEHCKWESQIEDWQRPILEDKRLPEWYPTTLFNELYYLNSGGSIWTDGSPPVPSLVNIGESKFSLDGFISDLENKSNI SHQNDTAMNILERFSSAVGKIHTPQASKSAYGVSLLQEGEENIGQFLYLEGIEYQMWNTYDVHFYSSFSLVMLFPKLELS IQRDFAAAVLMHDPGKMKLLEDGQWVPRKVLGAVPHDIGINDPWFEVNGYNLYNTDRWKDLNPKFVLQIYRDVVATGDKK FAQAVWPSVYIAIAYMDQFDKDGDGMIENEGFPDQTYDTWSVSGVSAYSGGLWVAALQAASALAHEVGDKGSEEYFWLKF QKAKAAYEKLWNGSYFNYDSSGGSSSSSIQADQLAGQWYARACGLFPIVEEKKARSALQMVYNYNVMKVKDGRRGAVNGM LPDGKVDKSTMQSREIWSGVTYALAATMIQENMIDMAFQTAGGIYEAAWSDDGLGYSFQTPEAWNTDDEYRSLCYMRPLA IWAMQWALSRAKHTQNESKSDIKEDDNLSKYHAGFLKVAHLLKVKEEKASRSLFQVIYDFTCKRMI
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 | 945 | 945 | 0.0 | – | |
| MobiDBLite | 1 | 25 | 25 | - | – | |
| PANTHER | 1 | 945 | 945 | 0.0 | – | |
| PIRSF | 25 | 894 | 870 | 3.6E-297 | ||
| Pfam | 91 | 408 | 318 | 2.1E-105 | ||
| Pfam | 524 | 884 | 361 | 1.4E-157 | ||
| SUPERFAMILY | 534 | 889 | 356 | 4.12E-40 | ||
| Gene3D | 577 | 881 | 305 | 1.2E-19 |
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 | Glucosylceramidase activity | Catalysis of the reaction: D-glucosyl-N-acylsphingosine + H2O = D-glucose + N-acylsphingosine. | ||
| Molecular function | Hydrolase activity, hydrolyzing O-glycosyl compounds | Catalysis of the hydrolysis of any O-glycosyl bond. | ||
| Biological process | Glucosylceramide catabolic process | The chemical reactions and pathways resulting in the breakdown of glucosylceramides, any compound formed by the replacement of the glycosidic hydroxyl group of a cyclic form of glucose by a ceramide group. | ||
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. |
Expression pattern of LotjaGi4g1v0001000.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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