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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0163400 |
| Transcript ID | LotjaGi5g1v0163400.8 |
| Related isoforms 9 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Non-lysosomal glucosylceramidase; TAIR: AT3G24180.1 Beta-glucosidase, GBA2 type family protein; Swiss-Prot: sp|Q69ZF3|GBA2_MOUSE Non-lysosomal glucosylceramidase; TrEMBL-Plants: tr|A0A0S3SPA3|A0A0S3SPA3_PHAAN Non-lysosomal glucosylceramidase; Found in the gene: LotjaGi5g1v0163400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:41884960..41896400) extracted from Lotus japonicus Gifu genome v1.2.
ATGGTTAGCGGGAGTATCTTTCATTTCAGAAAGAATTCATGGCCTGCTGAAGAGTATATAAGCAAATCCACTTTACAGCG TGTATGTATATGCTTTGATTTTCTGGTTTTTTGATTTGCTTTGTGTTATTCAGAAGCTGATAGAGTGATAGGATAAGGTT GCGAAGTTGCAAAAATTGCATTTGATTATGAATGGAAACTGTGTTTGTTTTTGCAGTTTGATTACGATAGTGCTGCTCCT CCTGAACAAGCTTGGAGAAGGAAATTGAACAGCCATGCCAATCTTCTTAAAGAATTTAAAATCACTTTTATGGAAGCTAT AAAGATGGCAAGTCATTTCATATAGTTGTTATCTTCCTTGTTAAATTCATGTGATGCTCTCTATCTGTTCTTACTGTGAT TGAGATTTCAAAATTGCAGGTTCGATTAGGCATTCGCATGTGGTCATATGTTAGGGAAGAGGCTTCTCATGGAAGGGTAA ATTTCGAATTCTCCTTCCTTATCTGGCCATTAATTGCTCTGTGTGTGTGTTACTATGAAAGAGTTACTTAAATCTCAAAT AGAATAGTGTGTTGAAAGTTGGGATTTCTTACTTCATTCTGTTGGCTTGATTTCTGCAGAAAGCACCTATAGATCCTTTC ACTCGAGAAAGTTGCAAGCCGTCTGCATCGCAAGGAGTTCCACTTGGTGGGATGGGGTATGAAGTAGTCCAATTAAAACT AATTAATCACTTGACTGGTTAATTTTGTTTAGAATTCAAATGAGTAATGGGGTACTCTCTACAATGTGTTTTTCTTGCTT ATTATGTTGATTTATTGTTTATATACTTATGCAGGAGTGGCAGCATATCAAGAGGATTTAGAGGTGAGTTTAGACAATGG CAAATTATTCCTGGCTTATGTGAACCGTCACCTGTCATGGCCAACCAGTTCTCTGTAAGACCTGTTTTTCCATTCTTCTC TAATTGGGTGGCTTTAAATATGCTTGTTTTTTGTTAAGATTCATACCTGTATTTATGTGGATTTATTTCCCTTCTCGTGT TATTAAATTTTTACTGATTTGTTCAGCATGTAGCGTCAGACACGTATAATCATATGCATGTATGTATACGTGATGTAATT ATTATTTAGTGCCATTGTAGCTAGCTATTAACCTTTGCCCATCAGCCACCTAAAGAAGGAAAAAGCTCCATGAAACATGA AAATCCTCTCTAGTATAATTATTTATACCCCTAAAAAATATCCATTAAATTTTTAGGATAAGGCTTGGTTTGTTGTTGGG ATGAAATATGAAATTAGTAAGCCAATATTGTACGTTGATAAGTTTTCTTCAGAATGTAATTGTAATGTCCAAGAACCTGC AATTATAATAAGTGGAAGTTATGATGATAATTTGAAGCATAAAAAAATTTATCATGTAAAAAGGGTTAAGAATCTCATCA TGACTTGCAGTGACAAATCATAAAATTAGACAGCCAACGTGAGGGGAGTCAGAGTGCAGTTATGCAAAAAAGCAATAGAA ATAGAAGTCTGTTAATCATGCTGTCCAGAAAAGAAGAGAACAGAAATACTGAACCTAGTTTCTATTTTCACTTTTAATTA AAAAAAAGAAGTTTCTAGTTTCACTTGTTATTACTTTGCGTACATAAGGTTGTTGCCCTCGTACCTGTGATTATGTTTAC TGTTTATGGCCATTTTGATCTGCAGCTTATATTTGGAATATCTGGTTATTTACTTTCATTGCAGATTTTTATAAATAGAG AGGGAGGAAACAAAAGTTTTGCATCAGTTTTGGCTCCTGGACAGCATGAAGGTTTAGTAGGGTAAGGAAGAATATGGTGA AAAACAATCTTACTCAACTTAAAGTGCCTCTTTCGTTAAAGTGACCTTTTTATTTGTTATTTCCAATTATCACTAAAAAT TAAAAAACCATTGGATTACTTTTACTTAGGGGATAATGGATGATAAGTTAATATCTGTCATTTCCACCCAACGTTCTCTT ATTTGACAGTTGAAATTTCATGCAGTCCTATGATCCTTCCATTGACCTTTTTAATGCTTAAGTGAAGTTCTGGCTTATAT TTGTAAATGACGGAACTAAAATTTTGTGGAAGATTTTCATCTTCATTTTGGAGGGAAGTTATAGATGATGGAAATAATTT ACAGGCATGGCAGAATGTGTGTGTGGCTTATAAGAACCAAGTATGGGCACTACAACATTCTAGAAAGCTTTGACTAATAA TTTGCTGTGTGCTGCTGTCCATTTAACACCCATGTGGACATCGACAGAAGCAACCATATGGCTATAGCGAGTTAGCACTT TGTTGTCTGTCTGGCAATGAATATAATCTGAAATCTGCTTATCAAGGCTATTTAGTACCTTTGAGTGCTTCTCATATATC AAGATACTTATATACATTGACCTCATATGTTTCATGTTAATTTTTCCAGGTCTAGCAAGAAAGCTGATGATCAGGGCATA TCATCATGGGGATGGAATCTAAATGGCCAGCATTCAACTTACCATGCTTTGTTTCCAAGAGCTTGGACAATATATGATGG TATCTCCATTTATTTAAGTTCTTCCATTGCTAAATCTGTATGATCCTCGTGAATTCTTGTTTAATAGCTATTTTCTTATT CTTAGGCGAGCCAGATCCAGAACTAAAAATATCATGCCGGCAGATATCCCCTTTCATACCACATAATTATAAAGAAAGCA GTCTACCTGCTGCTGTTTTTGTCTATACGGTGTGTAATTTTCTTCAACTATTGTTAATTAAATTTATCTGTCAAAAAGGC AATGGCTGACTTCCTTAGTATTGTAAGCTGGTTTTTAACCTGTTTATTGTTATACTTTATTATACTAAATACTGGCTAGT TGCTGCAGCCTAGCTTTCTTAGTTGATAACAGTAATAAGAGGTTTCTCTCAGTTTATGTCGAAGTAGCGTAGAATCTGGT ATACTGTCGTCTTGTATGAAATTATAATTCACTAAGATGTCTGGTCCCCTTATGAAAAACATGTGGATAAGACTGTTTGA TTGCCGCAAATCAGCTGCCTCGGTTTGACCCTTCTGGGATGTTGTTGTGCAAATCCTTTTTCTACTTTCTAGCCTATTTG GTGAAAGCCATGGTTTAAGTTTTTTATTTGGACTACCTTGCTTAATAGAATTCATGCAAATGACATAATTGCTGATTCAT AGGTTACATCAGCCTCTTTCCCTTGTTATTTGTGTTATGTATGGTCATTATTGAGAACCAGTTCCCGTTGTCCAGCATTT TGGTGAATGCATGGGGTTATAATTCAGTGATTTACAACACAGATATATCATGAGTTAGATTTTAACCAATAATGAGTTAT ACAAGTTATTGCCCATTATATATATGTACTGATTAGCTGTTCTTGTAATTAATACTCTACAGCAACAATAACCAAAGCCT TTTCCACTAGGTTTGTATCTCTATTTAATTACTGTATAAAAAGCTAGTTTTACCTGAAGTCTTCATCTACTTCAATATGG CATCAAAGGAGTATCATCATTCATGACTTAGTGTGTTTTGGTTCTAACTTTGGGAGTAGAGTCAATTCTCATTGACCAAA ATCAGTTTTAGGTGATTATATAGATGTTTGGTATCGACTTAGAGAATCGATTTTACTCCCAAAATATATAGATGTTTGGC ATCGACTTAGAGAATCGATTTTACTCCCAAAATGAATTTTGTGGAAAAGCTAGAGAGGGTAGCTTCTAAGTGGACATAAT TAATTGTTGGATTTCATAACTGTATTTTGTTACACTACCCTATAGAAATCAGTTTTCCAATAAACGTATCTAAACACCAA TCACTTCACTTTCAACTCACTTTTGAGCTCACTACCAAAATCAATCCTATCCAGAATCAATTCTGACAATGCTGATGCAA AGTACAAACATGCAGTTAATCTATTTCGTTGCTATGTTCCCAATATACGGAACCCTTTGTTTGGTGTAACTACATAACCT GTGTCAAAGCATGGATCTCCCCCCTGAAATCCATAACCATAGAGAGCTCATTGGAATGTCCTTGCTAGTGAGCAAGGTTT TCACCTTCCTTTACAGAGAGAGATCACCATCTAATTGATGGAGCTTGGACCTAGAGACAAGTTCACCATTTGTGTCATTG GCATCAACTCAGCTGGTGGACTCACTGGCATTGAAACAGGCACTGGAGAAGAAATGAATGATATCGTTGCCTATCTCAAA GGAGACCCATCATAATAGTCTGATGAGTTGGTGCTTTGGGAGCTTGCTAGGCATGAGTTAGAGCTACTTTAGTGTGGACG AAGAAGTACACTTGCTGCTACTAACTGATCCCGTCCTTGAAGGGCTGAGTGCTTGAGTCAGGCAGTGCTCAAGGTGGAGT TAGCACTCAAACATGCCATGTTTGAATTTCTAATAGTCTCCCTTCTTGAAATTCCCCTTGTGGAAATGGGGATTGGGGTA GGCCACGGCTTTGTATTTTAACGTCCTTGGTTCCGCCAGGGATCCTTCCCTTGGGGTAAACGTACAGAGATAGGGTATAA CAAAAGTACAAAACCAACTCATTGCGCGGATGGCCACACATCCTCTATCTACTTTTTGAAAGATTTCCTATTAAAAATAA TAATAACAAAAACTATTTTCAACTGGAAGTATAGCCTTTTTTTATGGATTCAAATTCAAAAGAGGAAGTGGTCCTTAGAT TCATGTCTAAGTCAGGAAGCACCTGCTATATTTTTTTTTATGCGGGGCAGAGTGAAACAACTAGGCTTTCTAAAAGGTAT CAAGATAAGGACTATTGGACTCCTGCCCAAACTCTTTGTGAATGAATTCCTCCATCTGAACTCTAACTAATGGTGCTTCT TCTTCCACGATTAACTGTGCAAACATGTAGCTGCGATAACCCTTTGACATCTGCAACAATTGCTGACGTCCTGACATGTT CCCTGATCAGCTCTCCCTAGCAGGCCACCGTGCCTTGCTATGCTTATTTAAGTGTTAGAAATACTATTAATGCTCTCATT GTTTTACATTTTTCACATCCGTAAGCAGGTTGTGTTCTGAAGTGTTCACTGCCTTTTGGTATTCTTGTTTTGATCATTTG GATTGAGGTTGACGTTGGGGGGTTGATGAGGGGCAAGGAAATTTGCGAAATCGTTTCTTTCTTGTTTTCTCTGTTGATAA ACCTACAACTAGTCAGCTACTTCTCTATGAAATAAGAATATAGAATTGTTTGTTTTATTACATTTTCTATTCAAAGTCAG TGAAATATTTGGTATTACTCTGAATTTTCTGCATTCTACATTCTTTTCATATTATCTGTTACATTATGCATTTTGTCTTT TGATATGAAGGAACATGTATTTTCATGATTTTTGAAGAGCTTACTTGTTTCTTTGGTAGTTGGTAAACACTGGCAAGGAA AGAGCTAAAGTCAGCCTTCTATTTACTTGGGCGGTAAGATATTATTTTAATCTGAAGATTTGTTTTAAATTTTCACAACA TTTATTTTTTGACGGTTTGAGGAGGGGGAGGGGTGTTACAATGACTAAGCCATGGATAAATAATCATCCATATTAATTTT CTGCAGAATTCCATCGGTGGAAACTCACACTTGTCAGGAGATCATGTGAATGAACCTTTCATGTTAGTATTTCTTCTAAT CTGATATATGAATGCTTTGTATATAGAGCAAGCTTTACCAACATTTTAACACTATTTTTCATTCACAGAGCTGAAGATGG AGTCTCCGGTGTACTTCTATATCACAAGCAAGTTATCAAACTTTATAGCTATATATGACGGTTGGTTTGCAGATTTCTCT TTATAGTTTATATGCAACTGCTTAATAAGTCAATTACTTGGGTCCCGTTTGGGAAAACAGCTTAATTAAGCGCTTATGAC ATGGGCGCTTATTCATAAGCTATTTTAAAAAAATTATTGAAATAAGTTGAAAATAAGCTATCTATAAGCATAAGCTCTTT TTCATAAGCTACATAAGCTATCTTAAGTAGCTTATGAAAATAAGCTCAAAACAGCTTATGGGTAGGCCATAAGCAGTTTG CATAAGCTTTCCCAAACACTAGCATAAGTGCTTATGCTATCAGATAAGCTCAAATAAGCTCTTCCAAACGGGGCCTTGAA GGTTCTGAAATTTCTAAGGAGCTCTTGCTTATTCTTGTTAATAAGCTGAGCCTGATCATGAATTTACATCTTCCCCGGAG TCCTACACTACTATTCATAAGTTATTGAAATAAGTTAATTTGAGAAGCTTATTGAGATAAGCTCAAAATATGTTATAAGT ATGTATAAGCGTTTATTCATTAGCTGATATGAGCAACTTATGAAAATAAGCTAAAAAAAGTTAATAGGTAGGTCATAAGC TATTTACATAAGCTCTTACAAACACTTGCATTGAGGTTTATGCTATAATATGAACTCAAATAAGGTCTTCCAAATGGGCC CTATCTCCCTATCAAGTATTCATGATTTTGGAAAGCAAGGATAAAAAAGCTCTGCGATGCTTTTTTTGCTGTCTTTGTTT GGAATGTCATCCCAGATCGCTTAAACAACATTTTTAGCCATTATATCTCCTGTCAAACAAATCTCATTTTTCTTTTTGGT TCCCAAGTTAATGGTTCTGTGCTTTGTCCCCAACTATTTGAGGTTGTTGGGAATTTTTACCTGTTTCATGAAGGAATTGG GCTTCTCATTGGAGCTGATGTAATCCCTTTCTTGCTTCTGTCATTTGATGATTTTGCTGGATGTGTATCCTCACACTTAT TCTTTTCTCTAATAGAATCTACTTTTTTTCATAAAAATATAAGACATCAGGTGATATCTCCCTTGGAAAAATGGCACTTG AGCTTCTTTCTTCATGTGGAAACTTCTGATCAAATAGGAAAATATCATATATCATATTGTTATAAAAAAATTAGAGAAAA TGCAACTGAGGGAACTGGGATTCATAAGATATCTCCAAAATAGATGCGGATAAAAACAATATTTTTCTGAAATTGATTGT TTAGTCTGGGTTATCCTTTTGGTTTGGGATTTTTAAATGAACTTGTTACTCGTAAAAACAAATTAAGGAAATTCAATCTT TAGGGCTATCGTCTTTTTTTTTATGCATGTGCACATTCATGTGAATTGGGTACATACTGCTACGTAAATGATGAATCTGG TGGGTATATTCTTAAAGTCATTCCGATATTGCAGAACAGGAAAATGCAACCCTCCTGTTACTTTTGCCATAGCTGCATGC GAGACACAGAATGTTAGTGTTTCTGTTTTGCCTAGTTTTGGGCTGTCTGAAGGAAGTAGCGTAACAGCAAAAGGAATGTG GAGTAAAATGGTGAAGGTACTAATCACGTGTGTTTTTGGAGTTTCTAAATGATATTTATAGTTCGCCCATCACCACTACC TTCTTCCAACTATTTTTAGTATGGAAAGGATACAGGATTGGTTCTAATTGAAATGTTGTAATTTAAGGATGGGCATTTTG ACCGGGAAAATTTCTCTTCTGGACCTAGTATTCCCTCATCACCTGGAGAGACACTATGTGCTGCTGTTTCTGCTTCCACT TGGGTAGAACCCCATGGAAAATGCACTGTTGCATTTAGTCTTGCATGGACATCTCCAAAAGTGAAGTTTGTAAAAGGAAG TTCTTTCCAAAGGTAATCAATGTTATTTGAGAATATTTTGGTTAGTATTAATTTATCCTTGAACAGCTTCTTTTCTATAT CTTAAATAAAGAATAGTTGTGTGCTTTTTACCTGCATGTGGTTCAAAATATGGTTTAATCACTTTCTCTGAAATAGGTTG GGCTGCATTTTGGTTTAGGAAAATGACTAAGATAGTTTTATTTTGTTAGTAGAGCAGCTGGGCCTTTGAGTTGCTGAGCT TAGAGGAAAATTTTAAAATCTGTACCGATTTAAAGAGTGCATACAAGATTTAAGCATGTGAAGTTATCTTATGTAATTAC TAATTAGTAAGAGTCCATTGTCTCCTTGTACGTCATTTTTGAATCGTCAATGGTGGTTGCTTTAATGGCATATCATCCAA TTGAACATGGAACGAGTCTTCCTGTACTTTAGAGGCATATGTCATATATGGAACAAATTACCATTGTAAGCTACTAAGCT CTTAATATTATGTTCTTAGTTACTGCATCTATGAAGTTTTTCTTGCTCTCCTCTTAAATACCTCTATATAATTATCTTGT GTTATGCTGCACTATGTGATCCTAGTAAAATGTCGTTATCCTAAATAAAGCTTTGTTAACTCTTCAAATTAATAGCATCA CTCATTTTTCCATTTTTGAACTGATGAGCTTTTTAATGCCCCTCATATGTTTCTGGGCGAGAGAGATTTGTGCCTTTGTG GAATTTTTCTAGAAAATAACAAAAATATTTCCTTTTTGTTGTAAGGTTGCAAGACATGCAGGATACTGGCAATCTATGAA TTATTCTGTATGATTATGTTCTGATAAGTTAAACTCGCTCAATTATTTTACTGCAGGAGATATACAAAATTTTATGGGAC TTCTGATAGAGCTGCAGTGGACTTGGCCCATGATGCATTGACACGTAAGTTGTTGGTTTCGATTGAAATTGATATTCTTC AGGCCAGTTTTTTTTTTTTTTTTTTTTTTCCCGCTTTGCAGTTATATTATGTCACATTTCAAACGTAAAAGATTCTAATG TTTCTCAAGTGATCCGAGACTTTCATTTGTAGCATATAACACCATGAGGTTCTGAATTTTATGCAGATTACAAACGATGG GAAGAAGAGATTGAGAAATGGCAGGGTCCTGTTCTTAAGGATGAGACAATACCTGAGTGGTAATTTCCCTTTTAACTATC AATGTACATTATATTATATGTGTGAGTGTGTGTGTGTGTTTCACCGTGTGTTTTTGAGTTATGGGTCATTGCTAATGCTA GTTACTCAAAGCTTGAGGTCTATAGGTGTAGAGTACAAGACATATAGTAAAACTTGGTTTTTTCTAGCTGATGTATAGCT CTCTATTTTTTTGGCATAAATTGCATTTTGGACTGTTAAAAAGCAAAGATGCTTCGATATGTGTTTCAAACAATCATTCT CCTCCTTTGTTCCAAGAATGGGTTTATGGTCTTTCCTTCGGGTTATTTGTCTGATCTCAAGACCCAGGCGCTGACTTTGT ATAATTAAGCATGCATGCTTTTGTGTATTCTGTCCAATCTGTAGAAGATAGATCATTGAACAGTAACAGAAGCCTTTTTC CAACCAGGTGGAGTTCCTAAATCATTTTTTCAGTAAAAATAATCATAAAGATCTAATGTTTTTAATGGCTTCTCTAGAGT TTTCCTTTGTCTTGCTCTACCTCTATTTATCAAGCTATCCTCTATCCACTCTTCTTGCTGTGCCTTTTATTGGGGGCTAG GTGAAGGTAGACAATGCACTTAAACTTTCTTTTTACAGGTACAAGTTTACATTGTTTAATGAACTCTACTTCCTTGTTGC TGGTGGAACGATTTGGATTGGTATGTATGAAAATAAGCTTATTGTATTACAGTTTATTTTCAATGGGTGTCTGGTTTGTC ATTGGAAGTTCCTAGTCAGTTTAGTCTTAATGAAATCATTACTGCCTTGATCTTTCTGCCAGACTCGCCATTGCAATCTC CGCTTGTGAGGAGTGACCGGGATCAGGTGAATGCGTTGCAAAATGCAGTTGTCAAAGTTACTGAAGCTAAAGTGGACTGC CGAACAAGGGAAGTTGTTGAGTGTACTACAGATAGTACCTATGATTCTACTACTTCTAGAGGGCATAATCATGTATATGA AAATCATTTTGTAGATGAGTCTCATGAAAATGAATCTGTGGATACTCTCAGAAGAGAAAACTCTATTGGCACTCACAATA CCTCAACAATGATGGGCCAACAATATGATGATAATGATGTTGGAAGGTTCTTGTACTTGGAAGGAGTGGAATATATCATG TGGTGCACATATGATGTGCACTTTTATGCTTCATTTGCGCTTCTTGCACTCTTTCCTCGTATTGAATTAAATATACAGCG TGAGTTTGCTAAAGCTGTCTTGTGCGAGGACGGCAGAAGAGTTAAGTTTCTGGCAGAGGGAAACTGGGGGATTCGTAAGG TTTATGGGGCTGTGCCACATGATTTGGGTACACATGATCCGTGGTTTGAAATGAATGCTTACAACATTCATGATACTAGT AAATGGAAAGACCTGAACCCAAAATTTGTACTTCAGGTGTATCGAGATTTTGCTGCAACAGGTGATTTGCAATTTGGAGT TGACGTGTGGCCTGCTGTTCGTGCTGCAATGGAGTACATGGATCAATTTGATAGGGACGGCGATTGCCTTATTGAGAATG ACGGGTTCCCTGATCAAACATACGATACATGGACGGTCCACGGTGTGAGTGCTTACTGTGGGTGTCTTTGGCTTGCTGCT CTTCAAGCTGCAGCTGCCATGGCCCTTGAACTAGGTGACAGAGATTTTGCGGAATCATGCAAGAGGAAGTTTATGAAGGC GAAGCCAGTTTTTGAAGAAAAACTGTGGAATGGTTCTTATTTTAACTATGACAGTGGATCAAGTGGTAATAGTAAATCCA TTCAAGCAGATCAATTGGCTGGGCAATGGTATACAGCTTCCTCAGGGCTTCCCTCCCTTTTTGATGAACCTAAAATAAAA AGTGCTCTCCGTAAGGTTTATGATTTCAATGTAATGAAAATTAAAGGAGGCAGGATGGGTGCTGTAAATGGCATGCATCC CAATGGTAAGGTGGATGAGACCTGTATGCAGTCTCGCGAAATATGGACAGGTGTAACCTATGGTGTTGCTGCTACTATGA TACTTTCCGGAATGGAAGAAGAGGCCTTCAGAACTGCTGAGGGTATATTTCTAGCAGGCTGGTCAGAAGATGGATACGGG TAACTTCCTATGTTAGAACTAACTCAGCATTCTTTTCACACAAATATATTTAGCTATTTGACTTCATATTTTTCTTTTCA ATATGGTAATTATTTTAATCCAGTGATAGAATTAATGAGAATCATCACACTATAAGTTGTTAGGTAGTGTAATGTGTGAC AAGTCTTAAATTTATGCAGTTATTCCTTCTCTAACATTCTACCATTTGGCACATAACAGATACTGGTTTCAGACTCCAGA GGCATTTACAATTGATGGGCACTACCGGTCTCTCATATATATGAGGCCACTGGCAATTTGGGGCATGCAATACGCATTAA CTCTGCCTAAGGCAATTCTTGAGGCCCCTAAAATGAACATCATGGACAGAATCCATATATCCCCTCTTAATGGAGGATTC TCTCACAATGAAACAGGTGTGAGAAAGATTGCAACAAAAGCAAAATGCTTTAGCAATTCTGTGTTTAATTGTGCTTGCTG A
CDS sequence (LotjaGi5g1v0163400.8) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTTAGCGGGAGTATCTTTCATTTCAGAAAGAATTCATGGCCTGCTGAAGAGTATATAAGCAAATCCACTTTACAGCG TTTTGATTACGATAGTGCTGCTCCTCCTGAACAAGCTTGGAGAAGGAAATTGAACAGCCATGCCAATCTTCTTAAAGAAT TTAAAATCACTTTTATGGAAGCTATAAAGATGGTTCGATTAGGCATTCGCATGTGGTCATATGTTAGGGAAGAGGCTTCT CATGGAAGGAAAGCACCTATAGATCCTTTCACTCGAGAAAGTTGCAAGCCGTCTGCATCGCAAGGAGTTCCACTTGGTGG GATGGGGAGTGGCAGCATATCAAGAGGATTTAGAGGTGAGTTTAGACAATGGCAAATTATTCCTGGCTTATGTGAACCGT CACCTGTCATGGCCAACCAGTTCTCTATTTTTATAAATAGAGAGGGAGGAAACAAAAGTTTTGCATCAGTTTTGGCTCCT GGACAGCATGAAGGTTTAGTAGGGTCTAGCAAGAAAGCTGATGATCAGGGCATATCATCATGGGGATGGAATCTAAATGG CCAGCATTCAACTTACCATGCTTTGTTTCCAAGAGCTTGGACAATATATGATGGCGAGCCAGATCCAGAACTAAAAATAT CATGCCGGCAGATATCCCCTTTCATACCACATAATTATAAAGAAAGCAGTCTACCTGCTGCTGTTTTTGTCTATACGTTG GTAAACACTGGCAAGGAAAGAGCTAAAGTCAGCCTTCTATTTACTTGGGCGAATTCCATCGGTGGAAACTCACACTTGTC AGGAGATCATGTGAATGAACCTTTCATAGCTGAAGATGGAGTCTCCGGTGTACTTCTATATCACAAAACAGGAAAATGCA ACCCTCCTGTTACTTTTGCCATAGCTGCATGCGAGACACAGAATGTTAGTGTTTCTGTTTTGCCTAGTTTTGGGCTGTCT GAAGGAAGTAGCGTAACAGCAAAAGGAATGTGGAGTAAAATGGTGAAGGATGGGCATTTTGACCGGGAAAATTTCTCTTC TGGACCTAGTATTCCCTCATCACCTGGAGAGACACTATGTGCTGCTGTTTCTGCTTCCACTTGGGTAGAACCCCATGGAA AATGCACTGTTGCATTTAGTCTTGCATGGACATCTCCAAAAGTGAAGTTTGTAAAAGGAAGTTCTTTCCAAAGGAGATAT ACAAAATTTTATGGGACTTCTGATAGAGCTGCAGTGGACTTGGCCCATGATGCATTGACACATTACAAACGATGGGAAGA AGAGATTGAGAAATGGCAGGGTCCTGTTCTTAAGGATGAGACAATACCTGAGTGGTACAAGTTTACATTGTTTAATGAAC TCTACTTCCTTGTTGCTGGTGGAACGATTTGGATTGACTCGCCATTGCAATCTCCGCTTGTGAGGAGTGACCGGGATCAG GTGAATGCGTTGCAAAATGCAGTTGTCAAAGTTACTGAAGCTAAAGTGGACTGCCGAACAAGGGAAGTTGTTGAGTGTAC TACAGATAGTACCTATGATTCTACTACTTCTAGAGGTCACAATACCTCAACAATGATGGGCCAACAATATGATGATAATG ATGTTGGAAGGTTCTTGTACTTGGAAGGAGTGGAATATATCATGTGGTGCACATATGATGTGCACTTTTATGCTTCATTT GCGCTTCTTGCACTCTTTCCTCGTATTGAATTAAATATACAGCGTGAGTTTGCTAAAGCTGTCTTGTGCGAGGACGGCAG AAGAGTTAAGTTTCTGGCAGAGGGAAACTGGGGGATTCGTAAGGTTTATGGGGCTGTGCCACATGATTTGGGTACACATG ATCCGTGGTTTGAAATGAATGCTTACAACATTCATGATACTAGTAAATGGAAAGACCTGAACCCAAAATTTGTACTTCAG GTGTATCGAGATTTTGCTGCAACAGGTGATTTGCAATTTGGAGTTGACGTGTGGCCTGCTGTTCGTGCTGCAATGGAGTA CATGGATCAATTTGATAGGGACGGCGATTGCCTTATTGAGAATGACGGGTTCCCTGATCAAACATACGATACATGGACGG TCCACGGTGTGAGTGCTTACTGTGGGTGTCTTTGGCTTGCTGCTCTTCAAGCTGCAGCTGCCATGGCCCTTGAACTAGGT GACAGAGATTTTGCGGAATCATGCAAGAGGAAGTTTATGAAGGCGAAGCCAGTTTTTGAAGAAAAACTGTGGAATGGTTC TTATTTTAACTATGACAGTGGATCAAGTGGTAATAGTAAATCCATTCAAGCAGATCAATTGGCTGGGCAATGGTATACAG CTTCCTCAGGGCTTCCCTCCCTTTTTGATGAACCTAAAATAAAAAGTGCTCTCCGTAAGGTTTATGATTTCAATGTAATG AAAATTAAAGGAGGCAGGATGGGTGCTGTAAATGGCATGCATCCCAATGGTAAGGTGGATGAGACCTGTATGCAGTCTCG CGAAATATGGACAGGTGTAACCTATGGTGTTGCTGCTACTATGATACTTTCCGGAATGGAAGAAGAGGCCTTCAGAACTG CTGAGGGTATATTTCTAGCAGGCTGGTCAGAAGATGGATACGGATACTGGTTTCAGACTCCAGAGGCATTTACAATTGAT GGGCACTACCGGTCTCTCATATATATGAGGCCACTGGCAATTTGGGGCATGCAATACGCATTAACTCTGCCTAAGGCAAT TCTTGAGGCCCCTAAAATGAACATCATGGACAGAATCCATATATCCCCTCTTAATGGAGGATTCTCTCACAATGAAACAG GTGTGAGAAAGATTGCAACAAAAGCAAAATGCTTTAGCAATTCTGTGTTTAATTGTGCTTGCTGA
Protein sequence (LotjaGi5g1v0163400.8) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVSGSIFHFRKNSWPAEEYISKSTLQRFDYDSAAPPEQAWRRKLNSHANLLKEFKITFMEAIKMVRLGIRMWSYVREEAS HGRKAPIDPFTRESCKPSASQGVPLGGMGSGSISRGFRGEFRQWQIIPGLCEPSPVMANQFSIFINREGGNKSFASVLAP GQHEGLVGSSKKADDQGISSWGWNLNGQHSTYHALFPRAWTIYDGEPDPELKISCRQISPFIPHNYKESSLPAAVFVYTL VNTGKERAKVSLLFTWANSIGGNSHLSGDHVNEPFIAEDGVSGVLLYHKTGKCNPPVTFAIAACETQNVSVSVLPSFGLS EGSSVTAKGMWSKMVKDGHFDRENFSSGPSIPSSPGETLCAAVSASTWVEPHGKCTVAFSLAWTSPKVKFVKGSSFQRRY TKFYGTSDRAAVDLAHDALTHYKRWEEEIEKWQGPVLKDETIPEWYKFTLFNELYFLVAGGTIWIDSPLQSPLVRSDRDQ VNALQNAVVKVTEAKVDCRTREVVECTTDSTYDSTTSRGHNTSTMMGQQYDDNDVGRFLYLEGVEYIMWCTYDVHFYASF ALLALFPRIELNIQREFAKAVLCEDGRRVKFLAEGNWGIRKVYGAVPHDLGTHDPWFEMNAYNIHDTSKWKDLNPKFVLQ VYRDFAATGDLQFGVDVWPAVRAAMEYMDQFDRDGDCLIENDGFPDQTYDTWTVHGVSAYCGCLWLAALQAAAAMALELG DRDFAESCKRKFMKAKPVFEEKLWNGSYFNYDSGSSGNSKSIQADQLAGQWYTASSGLPSLFDEPKIKSALRKVYDFNVM KIKGGRMGAVNGMHPNGKVDETCMQSREIWTGVTYGVAATMILSGMEEEAFRTAEGIFLAGWSEDGYGYWFQTPEAFTID GHYRSLIYMRPLAIWGMQYALTLPKAILEAPKMNIMDRIHISPLNGGFSHNETGVRKIATKAKCFSNSVFNCAC
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 | 954 | 954 | 0.0 | – | |
| PANTHER | 1 | 954 | 954 | 0.0 | – | |
| PIRSF | 33 | 907 | 875 | 0.0 | ||
| MobiDBLite | 85 | 105 | 21 | - | – | |
| Pfam | 102 | 425 | 324 | 1.0E-107 | ||
| Pfam | 536 | 897 | 362 | 5.7E-156 | ||
| SUPERFAMILY | 542 | 900 | 359 | 4.0E-43 | ||
| Gene3D | 592 | 887 | 296 | 1.1E-22 |
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 LotjaGi5g1v0163400.8, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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