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| Field | Value |
|---|---|
| Gene ID | LotjaGi6g1v0090200 |
| Transcript ID | LotjaGi6g1v0090200.2 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Glucan 1,3-beta-glucosidase; TAIR: AT5G01930.1 Glycosyl hydrolase superfamily protein; Swiss-Prot: sp|B0XN12|EXGA_ASPFC Probable glucan 1,3-beta-glucosidase A; TrEMBL-Plants: tr|V7D1X4|V7D1X4_PHAVU Uncharacterized protein; Found in the gene: LotjaGi6g1v0090200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr6:19339554..19350111) extracted from Lotus japonicus Gifu genome v1.2.
GCTCTTCTACACCGCATTGTTTTGCCATGGACCCGACTAGCAAAGTTTTCTATTTCAGTTTATATCAGAAATATAAAACA AGGAAAAGAAGACAAAGGATTGAGTATATGAGATGAATTTGATTCATTCAAAACTACTGTTCAAAGATAGAAAACCACAC ATCTAAATACACTGCTCTACATAGAAAAGGAAGATGTGAGAGGATTCTAGAATAGAAGACAGCTGTACAAAATAACTAAG AGTTTATCAGAAAAGATCATTCCAGAATAAAGAATAGGAATAGACATAGTCCATGTTGTTATGTTAACTTCCTTCTAGAA GCCTTGAGTCAGCTACTTCTTTTGATATCCCCCGCAAGCTGGAGAACATATGTTTATGAGACCCAGCTTGGCACAAATCT GATGAAAATTTTGTGGACTGAGAGCCTTAGTGTAGATGTCAGCCAATTGCTCAGATGATGATATAGGAAGCAGATGAATT AATCCTTTCTGAATCCTTTCTCTTACAATGTGGCAATCTATTTCTATGTGTTTTGTACGCTCATGAAAGACAGGGTTGGC TGCGATATGCCTTGCTGAATTATTGTCACAATAAACTAATGCTGGTTGTTCAAAAGGAACCTTCAAATCCTGTAGAAGAT AAGTTAACCATTGAATTTCGCAAGTCACGCTTGCCATCGCTCGATATTCTGCCTCACAGGAACTCCTTGATGTGGTGTTT TGTTTTTTTGATTTCCAAGATATGAGTGAATTCCCAAGATAAACACTAAATCCTTTAACTGATCTTCTTGATTCCTCACA AGTGGCCCAGTCACTGTCACAATATGCTTTAAGTTGAGGAACAGATTTACACGGAAAGAATAATCCAAGACCTGGAGCAC CTTTGATGTATCTTAAAATTCTGAGGGCAGCATTGTAGTGGGTTACAGATGGCTTTGATAGAAATTGAGACAATTGCTGA ACAGAAAAAGCAATATCTGGTCTTGTATTAGTCAAATACATCAACCTCCCTATCAGCCTTCGATAAGAAGCAACATCTGA ATATTCTTCATCTCTCATCGATGACAGTTTCTTAACATTATCAATTGGTGTTGCAGCCGGTTTACATGCCAAAAGACCTG CTTCTGACAACAAATCTAAAGTATATTTTCTTTGATTCACTGTGATACCCTGCTTGCTTCTAGCGACTTCCAACCCGAGG AAATATCTCAAATTTCCCAGGTCCTTAATTTTGAAGGTCTTGTCCAAACCCTGCTTCATTCTATTAATCTCTTCACTGTC ATTTCCAGCCATAATAATATCATCCACATAAACTAATATGGCTGTAAAAGATCCTTCACAAGAGTTAATGAACAAGGAAT GATCATTCATTGATTGAGTGTAACCAGCTGATAGAAGAAAGGATGATAATCGGGAAAACCACTCTCTACTTGCCTGCTTG AGACCATATAAAGCCTTTTTTAGCTTTAAAACTTGACCTGGCTGTATAGAGTTCAAGCCTGGAGGAGCAACCATATACAC TTCTTCTTTCAATTCCCCATGCAAGAAAGCATTATTTATGTCTAGCTGTTGTAATTCCCAATTGAAAATTGAAGAAAGAG AGAGAAGCAGTCTTATAGTTGTCATTTTTGCCACCGGAGAAAATGTTTCAAGGTAATCAATACCTTCGGTTTGGGTGTAT CCTTTTGCCACTAATCTTGCTTTATGCCTCTCAATAGTTCCATCAGCTTTGTATTTTATTTTGGGTTAAAGGTCATATTA GTCCCTGTGTTTGTAAAAGTGTTTGATTTTGGTCCTTTAGCAAAAAAATGACGTTTAGTGACGGCTTTTTTTACAATTAC TGGCGGTTTATAATACAATTACTGGCGGTTTTTTGACTGAGGGACCAAAATCAAATGCTTTTACAAATACAGGGACTAAT ATGACCTTTAACCCTTTTATTTTGAACACCCACTTGCAACCTATAGCAACCTTGTCCTTAGGTAGAAATGAAGCTTCCCA AGTCTGATTTGACTCCAGGGCAGATATCTCAGATTGGATGGCTTTCCTCCAACAATCACTTTTCACAGCTTCTGAATATG TGCTTGGTTCAGTTTGTGAGGACAAAGACATGACAAAAGAACCATAGTTAGCAGACAAATTATTGTAAGATATAACAGAA GACAATGGATACTTGATGCTAGATGAATTGTTAACAACATTAGAACTGCAATGATAATCCTTTAAATAATCAGGTGCCTT TCTTATTCTAGTGCTTCTTCTATTCATGGCTGGAAGGGGGGTGTGGTGATTAATGTCAGGCTGATTCAATCCATTTTCTG GTGAAAGGTTTTCAGGGACAGGATTTTCGACATTTTCAGGGATATGATTTTCGCTGGTTTCATCATTTGAGGGTGTTGGT TCCAAATGTGAAGCTTCAACAACAGGAGATAAATGAAGATCAGTATCATAATTGAAATGATCTTCCTCATGGATGGTGGG GATGTTAACTTCACTTTTATTGATCTGAGACTCTCTATAAGGAAACAAATGTTCATGAAAGACAACATCCCTTGATATAA ACAACTCCCTAGTTTGAGTATTTAGCAAAACAAACCCCTTTGTCCCTGACTTAAAACCAAGAAAAACACACTTACAAGCT CTTGGTTCAAATTTCTTTCTGTTCACAGATGATGTATTGGCAAAGCATAATGACCCAAAGGTTCTCAAGTGTGAAAAATC TGGTTCACTTTTGAAAAGAACTTCATGTGGTGAAGAGTTATTTAAAACAGGTGTGGGAAGTAAATTTATAATGTATGCTG CATGTAGAACAGAATATGACCAATAAATGTTGGGAAAATTTGATTGTAACATGAGAGCTCTAGCTACATTCAATAGATGT CCATGCTTTCTTTCTACAATGCTGTTTTGCTGAGGAGTATTGACACATGATGTTTGATGTATAATACCTTTATTTGCATA GAATTCTGACATGAAGAACTCAGTTCCATTGTCACTTCTAATTATTTTTATACTAGTTGAAAACTGAGTATGTATCAAAT TAACAAAATTCTGCAGAATTTTTGCTGTTTCAGATTTTTGTTTCAAAGGAAATATCCAAGTGTATCTAGAATGGTCATCC ACAATTGTTAAGAAATACTTATGTCCATGAATAGATGGGATGGAAAATGGCCCCCATAAATCAACATGTATGAGATCAAA ACAGTGAGCAGTATTGGAAACACTAACAGGAAATGGAAGTCTTTTTTGCTTTGCATAATGACAAATGTCACAAACATAGG ATTTATCACTCTTCACATAGGAAAACTTGCATTTGATAATATCCATACACTTGTTTGAAACATGTCCTAATCTAAAATGC CAAAGAGTCTCATGATCACTTGAAATAAAACTAACAGCATTAGCAAGGTGGGCAGGTGATTTTAAAGGCCTGATGAATTG AAGGTTTTGTTGTGAAGGCACCCTGAGTATATAAAGTCTATCATGCACTCTAGCTGAACCAATCATCTTCAATGAATTCT TGTCCTGAATGTGGCAATGAGTGGAATCAAAAGTTAGAATGCAAGACAAATTACCAGTCAATTTAGCTATGGACAAAAGA TTGCAAGAGAAACAAGGAATGTAAAGAACATCATGTATCACATGATTTTGATCCAAGAATATACTACCAGAATAATCTGC TGTTGCCTTATTTCCATTTGGCAACTGAACATGTATTGGCTTAATTTGATGAAAGGAGATAAAATGGGAAAGAGATGAGC TAATATGATCAGTAGCTCCACTATCAAGTATCCAAATGCTAAAAGGAAAAGAAAAAGAAGAGGATTTGTTACCAGAATGT GATGACTCTTTCTGAGCTGAGGATGTGGAAGGCACAACTGAAACCTGATTTGAAGCGTTGTTGTTGATTTTTGATTGTTG GAGTAAAGCCATTAATCCTTGATACTGCTCTGCAGTGAAGCCAGTTTGGTGACTTTGCACTTCATCCTTTGGACTTTCAT CCTTTTCAACAACATCAGAATTAATATTTTGGTACACTGCATTGGCATAACCATGATCTTGATTCTGTTTTGTAGACTTA AGATGTGGTGGAGGACCATGTTTCTTATAACATGTATCCACAGTATGCCCAGGTATACCACAATATGACTGCATATTTTT ATGCCCTTTCCTCGACCATAGCTCCCTTTTCCTGCTGCATTAAAACCAGAATTACGTGCATTGTTGTTTCTAAAATTTCT TCCTCCTCTTCCAGCTACTGCTAAGGCCTGTGAAAGAGTACCTTGTTCACCAAAAATCTGCCTTTCCTGCTGAACAACGA GAGAGAAAACTTTATTTAGAGCAGGTAAAGGATCCATCAAAAGAATCTGAGTCTTCACAGTGGAGTAATTGTCATTTAGT CCCCTCAGAAATTTAATGACTTGATCTTGGCTTTTATACATAGCATGGCTGGAAGTTGCACTGCATGTGCACTTGAAGGC ACAAACACAAGCAGGTAGAGGGCGAAAAATGTCAAGCTCATCCCAAAGGGTCCTCAGTTGTGTAAAGTAATCTGTCACAG TCAGCTCTCCTTGCTTGAATGAAGAAATCATCTCTTGCAAATCTGCTACCCTAAGCATATCCCCTTGAGAAAATCTGTCC TTCAAGTCATTCCATATGGCAAAAGCAGTGTCCATCCATATCACACTCTGGTATATGGTTGGTGATAGAGATCTCAGAAG CCAAGAAACAACCATCATGTTGTTCCTTTCCCAAGCAGTGTAGAGAGAATTGATACGTGCAGGAGGTTGTATGGTCCCAT CAACAAATCCTAATTTGTTTCTGGTTATCAAGCCCATCTTCATTGATCGTGACCATTGATGATAGTTGGGGCCTTCCAGA ACAATGGAAGAAATAGAGAGATTAGGAACGTCAGAGGATTGCAAATAATAAGGAGAAGTTGGATCTTGAATTGGATCAGT CATATTGAATGTAGCTACCAGAGCTCTATTCAGAGCTCTGATACCATATCAAAAATATAAAACAAGGAAAAGAAGACAAA GGATTGAGTATATGAGATGAATTTGATTCATTCAAAACTACTGTTCAAAGATAGAAAACCACACATCTAAATACACTGCT CTACATAGAAAAGGAAGATGTGAGAGGATTCTAGAATAGAAGACAGCTGTACAAAATAACTAAGAGTTTATCAGAAAAGA TCATTCCAGAATAAAGAATAGGAATAGACATAGTCATGTTGTTATGTTAACTTCCTTCTAGAAGCCTTGAGTCAGCTACT TCTTTTGATAGTTTACAAACTGCATGTCCCTACCCTTTCCCTCTCTACAAAGTTGTTCTTTTCTTCCATCCTTATTTCAC TTGGTTTCTCTTTTCAACATAACAGAAGTATTCTTTTATCATTGTCTGTTATTATTATATTTCTGTCTTCCCTCCATCAA TTGAGGAACTGAGAGAAGCAATCCCAAAACCCTTCTCATGTTTATTCTCAAACTTGTTCTTTTCTTCCATCCGTATTCCA CTGGCTTCTCTTTTCAACATATAACTCATACATTCTTTTTTTCATTATTATTAACATTATTTTCTCTTTTCCCTCATTAA TTGAGAAATTGAGAGTGGAAGCAATCCCAAAATTCAAATTACCTTCTTCTCATGTTTGTTCACAAAGTTGAATTTGGTCT TAACTGGGTGATAAGGAAGGAATTGCACCGTTTCACTCCAAGTGCAACTTTGGCTTTGAGTGCTTTTGAAGCTCTAACTC TTGATGGGAATTGCTTTTACCAAATGGACGTGCACATTCTTATTTTGTTGTTGTCTCATCATTTCTGTAGTATATTCAGG TAAGGTAAATTTCACTAACTTCAATGCTTCACACCTTATCAGTTATTTTTTCTTTTCAGACAATGTTATGAACTCAATGT CTTACTTGCTTTTTTGTTCAAGTGGAGGGGTTACATGGGGGTTCTAAAGTGAGAGGAGTGAACTTAGGAGGCTGGCTTGT TATTGAAGGTTGGATTAAGCCTTCACTGTTTGATGGCATTGCCAATGGAGACATGCTTGTGAGCCACTACAATTTTGTTT CCTCAATTTTTCTTTGAAATAGTGGATCCTTTTGGGGTTTCAGTGACTTATCTGGCTGATTCAATTGTTGACTTTTAAAA ATGTAGGATGGGACGGAGGTGCAGTTGAAGTCGGTGACGTTGGAGAGGTATGTATCTGCAGAGAATGGTGGAGGAATGAA TGTGACAGTTGACAGGGATGCCCCATCTTCATGGGAAACCTTCAGGGTAAGATGGCAATTGTAAATCAATGTTTTTCTGA TTTGATTTAATTTGAAATCAGTCCAGTTGCTGAAAACAACACTTGATATCTACTTGTAATAATTTTGTTCCAGAATTATT CTATCCTAATTACTATATTTAACTATCTTTAAGTATTAGCTCCTCATTATTTCTTTTTTTATATACTTTCCTAAAAAACC TTTAACTAATATATAAACAACACCTAAGAGATGCTTCTTCTGATTCAAACAACTAACAAATCATTGTCATTGAAGATAAA TTTTACCTTATCCAGTGAAACACTTCATTTTCTTTTCTTACTTGGTACTTGTCTATCAGCAGATAATAGTTTCAGTGCAT TAGAGTAGACCAAAAGGATGAAATTCTAGTCTTACAAATTAATTTTATGAAATAATATAAGTAAAAAGTAAGTGATATGT TGTATTACATTCTACTCTTTTATCCCGTTTTCAGTGAATTTTAGGATGATATACTAGTAAGGCACGACTCTTTGGTGATA GTTGTTTTGGAGGAAATCAGACTAGCAGCCGTTATTTTAGATTTACTTAAGAGTTGCTTTCAGGCTCTCTAGTCCTGGTC TGTTCTAATACAAGAAAACTGTATGCTAGTGGCTGTAATTCTAGACTGGCAGTTGGCTGTAATTCTTGGCCAGCTGTATT TTTTCATTAACATCTCTCATATGCTATTATATCTTGGGACTTGGGAGGGTGAGAGTTTCATGTGTAGCTGAATAAATATG GTAAGAACCAGTAGCTTATTGGAACTTCAAACGTGATGATGGAATTGTATGATTTAAGTTGCTAGTGTCATGTGAGGAAA TGTCCAAGTTATAATCAGAAATTGTCCTTTTTCCTGTTGTAGTTATGGAGAGTATCTGAATCAGAATTTCAATTCCGTAC CTCTGGTGGCCAATTTCTTACATGTGATGGTGGAGGGTGCACTGTCTCTGCGACAGCAAAATCAGCTTCAACATTAGAGA CATATGAAATTGAGCGCAATGAGAAAAGCAGGATTCACATCAAGACAAAAAACGGGGCGTATCTGCAGGTATTCATCCTT CTTGTTTCTGCTACACTGGAAGCCATTTGTTTACATGTAAAATATGATGATGTTCTTCTACTGGACTCTTTTATTGTAAA ACCGCATGAGATATGTTTTTATGAAGAATCCACCATTTCAGGCTTTCTGTAAAATATAAGTCATTTGTCCACCATTTTCT TTAAGATGGCATGTCCATTTATTCTACCGCATAATATCATATTGGCATTAAACTTTTAACAGATTCATATGATTGATAAG ACGACTGTTTATAGGCTACCACAGGTGGTCAGCTAACAGCAGACTATCCAGACACACCAGGATGGGATAACAATGCTGCC ACCTTTGAAATGGTAATTGTAGCAAATTACTTACGTGGAGATTACCAGCTAGCAAATGGATATGGGCATGATCCCGCAAA AGATGTTCTTAAGGTAAACCATATGTTGTAAATATTCTCTACATCACGCCTTCGCTGAACATGATATTTTTTTCACAGAA TTTATTCAGAGTGCGTGTTTGGAAAACCTCCTACAATTGTTTCTGAAGCCATAATCAATTTTGGGGAGAAGTTATGTGAG TAGCTTCTGGGTGCCAGAATTGATTATGAGGAAAGAAAGTTGATCCAAACTTGCTAATAGACTATCTTGTTGCAAATTTG TGGAGGCCAACTGTGTTTAAACATTTAGTGTTGACATTAGATTTTTTTTTCCAGTCACTGAAAGTAATTGTAGTGTTGTG CACATAGTTTTGTATAACATCACTTTTCCAACTTATCTATTTCGTTTATGCAACATATTTTCTAATGGAAACCATCACAA ACAGAATACAAAATAACCAGATTGTGTTCCCAGTTTTATTGTTCACCTTTTTGTAACTGCAGAGACATAGAAATAGCTTT ATCACTATAGAGGATTTCAAATTTCTAAATAAACATGGAATAAATACTGTGAGGATACCAGTTGGTTGGTGGATTGCTTT TGACCCTGATCCTCCAGATCCATTTATTGGAGGAAGTCTTGAAGCTCTAGATAATGCATTTTCATGGGCACAGTAGGTTT TACTTTTACGTACTATCTTCAATGTTTTGAACACGATTAAAACTTCATTTTTCCTTTAGACAACATGCCTAATTATTATG TTGCAGAGAATATGATACAAAATGCATAATTGACCTTCATGCTGCTCCTGGTTCCCAAAATGGAATGGAACATAGTGCCA GCAGAGATGGATTTACGGGCTGGCCGACTTCTCCGGATTTCATTTCAGAGTCATTACATGTTATTGAATTTTTGGTTTCT AGGTATGTTTCAAGTTTGCAAATATATATGTAGAAATTGTTCTTGTTATGTAATAAACAGCTTCCATGACCATGCACCCT GGAATATTGCTTTGGAGATAAAATATCATGCTTGTCGTAATTTCATCCTCTAAATATATTTAATTCAGCTCTTTTGCAGT AAGAAGATTATTGTTTAACACCCAAACACTTAATTTAGATTTATGAATGGTGTCCAAGTAGGATTTTCATGCAAAATTAG AAGGCATCATTCAGCTTTTGCTTCCTTTAAAATAATTCCCCCTTTTATAATTTTTTACTGTCCCATTTCTTTCTAGGGTA GTACACTAGTACTGTTATGAATTTCATCACAAAGAAAGAATAGTCGTTATTTTTTTCTCTCCTAAAGTTGCTTCCTACTA TGAAGTGGCAATGGCCTTTTCTGTTGGATGCTATGAGCCTATTTTGATACAGACTTGTTGGAGTTTAGTGGAGCTTATCT ACTAAAAATGCATTAGATAAGCTCCAGTAAGTTCTCTTTGGTTTGCATCCAAATGGGTTCTAGCAGATTGGAACAGCTTG ACTCTGTCTCCGTATACGAGATTTTAGTCCCTTCTCTGGCTTTATGGTAAAGCAATGTGAATCTGTGTTTTGACCCTACT GAGTACTGAGTAAACATTCTCATTTGCAGATATGCAAGACATCCTGCGTTGCTGGGAATCGAGCTTTTGAATGAACCATC TGCTCCCGCAGTTCCATTAGATACTTTAATTTCATACTATAAACAGGGCTACCAAATTGTTCGGAAACACTCGTCATCAG CTTATGTGATAATCTGCCAGAGAATTGGCAATGCAGATCCTATGGAACTTTATCAAGCCAACATAGGATCTCACAACTTA GTTTTGGATTTACATTTCTACAATCTCTTTGACACATTTTTTGTTAATAAGAGCGCTGAGGATAACATACAGTACATATA CAAAAGCAGGGAAGGTCAATTGCAGGCCTTGAACAATTCAAATGGTCCACTCGTTTTCATTGGTAAGGCAACTCCCCTTA ATGTTTGTTTGTAGTGCATTGGATGCTTCACAATTTTAAACCAGTTATGATACTTTAGACACCCAAACAATACAGACACC CCCACATACACCCTATTTTTCTATCTACATACACCACATTTTTTCTCCATCTCTTTTTATCACATCACATTATATATCAC ATTCATTACTTCTCTCTCTTAACTTCCTTTCTCACTCTGGGTGTGTACCCAACATTTTCCTGACATGCATGAAATAATTT GGTGAAGTCTTCTTTTTATCTTAAGGTTGATATAACTTAAAAGCTTGTGCTTATTTCAGGAGAGTGGGTGAATGAGTGGA GTGTGACAAGCGGATCACAAAAAGATTATCAGGACTTTGGAAGGGCGCAGTTAGATGTCTACAATGAAGCTTCCTTTGGA TGGTGTTATTGGACTATAAAAAATGACAGGGTGCATTGGGATTTTGAATGGAACATTAGGAACAACTATCTTCAATTAGG TAAACAATACAGATTTGGTGGAACACACACACTATTGCATATACATTTATGATATTTAAAAAAAAATGATGCCAGCTATT TATCTTTGCAGGCAACTCACCCAGCAAACAGAACTTTATCACTTTAGGATTGTTAGGAATAGCATTCACCTGGTTTTCTC TTCTTCCCTTTTTATGAAATTTCTTAAATGGCTGAAAGCATATTTGGTGTAGCTATATATATTTTTTTAATATACTTTGT TCACATTGTTGGAAATTATAGAATGCAATAAAGTTGGGTGTGTGCCAGTACCACTTCATATATATGTATGCACTCTCAAC ATGCAAAAGGCTCAATTTTCAGATCGGTATTTTATGCAAATAAGAGTGATAAGCTTGATATCCAAAGTTACATTCCAT
CDS sequence (LotjaGi6g1v0090200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGAATTGCTTTTACCAAATGGACGTGCACATTCTTATTTTGTTGTTGTCTCATCATTTCTGTAGTATATTCAGTGGA GGGGTTACATGGGGGTTCTAAAGTGAGAGGAGTGAACTTAGGAGGCTGGCTTGTTATTGAAGGTTGGATTAAGCCTTCAC TGTTTGATGGCATTGCCAATGGAGACATGCTTGATGGGACGGAGGTGCAGTTGAAGTCGGTGACGTTGGAGAGGTATGTA TCTGCAGAGAATGGTGGAGGAATGAATGTGACAGTTGACAGGGATGCCCCATCTTCATGGGAAACCTTCAGGTTATGGAG AGTATCTGAATCAGAATTTCAATTCCGTACCTCTGGTGGCCAATTTCTTACATGTGATGGTGGAGGGTGCACTGTCTCTG CGACAGCAAAATCAGCTTCAACATTAGAGACATATGAAATTGAGCGCAATGAGAAAAGCAGGATTCACATCAAGACAAAA AACGGGGCGTATCTGCAGGCTACCACAGGTGGTCAGCTAACAGCAGACTATCCAGACACACCAGGATGGGATAACAATGC TGCCACCTTTGAAATGGTAATTGTAGCAAATTACTTACGTGGAGATTACCAGCTAGCAAATGGATATGGGCATGATCCCG CAAAAGATGTTCTTAAGAGACATAGAAATAGCTTTATCACTATAGAGGATTTCAAATTTCTAAATAAACATGGAATAAAT ACTGTGAGGATACCAGTTGGTTGGTGGATTGCTTTTGACCCTGATCCTCCAGATCCATTTATTGGAGGAAGTCTTGAAGC TCTAGATAATGCATTTTCATGGGCACAAGAATATGATACAAAATGCATAATTGACCTTCATGCTGCTCCTGGTTCCCAAA ATGGAATGGAACATAGTGCCAGCAGAGATGGATTTACGGGCTGGCCGACTTCTCCGGATTTCATTTCAGAGTCATTACAT GTTATTGAATTTTTGGTTTCTAGATATGCAAGACATCCTGCGTTGCTGGGAATCGAGCTTTTGAATGAACCATCTGCTCC CGCAGTTCCATTAGATACTTTAATTTCATACTATAAACAGGGCTACCAAATTGTTCGGAAACACTCGTCATCAGCTTATG TGATAATCTGCCAGAGAATTGGCAATGCAGATCCTATGGAACTTTATCAAGCCAACATAGGATCTCACAACTTAGTTTTG GATTTACATTTCTACAATCTCTTTGACACATTTTTTGTTAATAAGAGCGCTGAGGATAACATACAGTACATATACAAAAG CAGGGAAGGTCAATTGCAGGCCTTGAACAATTCAAATGGTCCACTCGTTTTCATTGGAGAGTGGGTGAATGAGTGGAGTG TGACAAGCGGATCACAAAAAGATTATCAGGACTTTGGAAGGGCGCAGTTAGATGTCTACAATGAAGCTTCCTTTGGATGG TGTTATTGGACTATAAAAAATGACAGGGTGCATTGGGATTTTGAATGGAACATTAGGAACAACTATCTTCAATTAGGCAA CTCACCCAGCAAACAGAACTTTATCACTTTAGGATTGTTAGGAATAGCATTCACCTGGTTTTCTCTTCTTCCCTTTTTAT GA
Protein sequence (LotjaGi6g1v0090200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGIAFTKWTCTFLFCCCLIISVVYSVEGLHGGSKVRGVNLGGWLVIEGWIKPSLFDGIANGDMLDGTEVQLKSVTLERYV SAENGGGMNVTVDRDAPSSWETFRLWRVSESEFQFRTSGGQFLTCDGGGCTVSATAKSASTLETYEIERNEKSRIHIKTK NGAYLQATTGGQLTADYPDTPGWDNNAATFEMVIVANYLRGDYQLANGYGHDPAKDVLKRHRNSFITIEDFKFLNKHGIN TVRIPVGWWIAFDPDPPDPFIGGSLEALDNAFSWAQEYDTKCIIDLHAAPGSQNGMEHSASRDGFTGWPTSPDFISESLH VIEFLVSRYARHPALLGIELLNEPSAPAVPLDTLISYYKQGYQIVRKHSSSAYVIICQRIGNADPMELYQANIGSHNLVL DLHFYNLFDTFFVNKSAEDNIQYIYKSREGQLQALNNSNGPLVFIGEWVNEWSVTSGSQKDYQDFGRAQLDVYNEASFGW CYWTIKNDRVHWDFEWNIRNNYLQLGNSPSKQNFITLGLLGIAFTWFSLLPFL
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 |
|---|---|---|---|---|---|---|
| Phobius | 1 | 25 | 25 | - | – | |
| SignalP_EUK | 1 | 25 | 25 | - | – | |
| Phobius | 1 | 8 | 8 | - | – | |
| Phobius | 9 | 20 | 12 | - | – | |
| PANTHER | 11 | 514 | 504 | 1.2E-235 | ||
| PANTHER | 11 | 514 | 504 | 1.2E-235 | – | |
| TMHMM | 12 | 31 | 20 | - | – | |
| Phobius | 21 | 25 | 5 | - | – | |
| Phobius | 26 | 513 | 488 | - | – | |
| SUPERFAMILY | 34 | 504 | 471 | 1.25E-84 | ||
| Gene3D | 53 | 188 | 136 | 5.0E-20 | – | |
| SUPERFAMILY | 69 | 181 | 113 | 6.76E-24 | ||
| Gene3D | 189 | 515 | 327 | 3.0E-77 | – | |
| Pfam | 226 | 488 | 263 | 1.8E-26 | ||
| ProSitePatterns | 336 | 345 | 10 | - | ||
| Phobius | 514 | 532 | 19 | - | – | |
| Phobius | 533 | 533 | 1 | - | – |
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 | 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. | ||
| Biological process | Actin filament organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of cytoskeletal structures comprising actin filaments. Includes processes that control the spatial distribution of actin filaments, such as organizing filaments into meshworks, bundles, or other structures, as by cross-linking. | ||
| Molecular function | Actin filament binding | Interacting selectively and non-covalently with an actin filament, also known as F-actin, a helical filamentous polymer of globular G-actin subunits. |
Expression pattern of LotjaGi6g1v0090200.2, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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