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 | LotjaGi2g1v0060800 |
| Transcript ID | LotjaGi2g1v0060800.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Xylosyltransferase 1; TAIR: AT1G71070.1 Core-2/I-branching beta-1,6-N-acetylglucosaminyltransferase family protein; Swiss-Prot: sp|Q9FLD7|GT14A_ARATH Beta-glucuronosyltransferase GlcAT14A; TrEMBL-Plants: tr|A0A151RWL6|A0A151RWL6_CAJCA Xylosyltransferase 1; Found in the gene: LotjaGi2g1v0060800 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr2:12937856..12946938) extracted from Lotus japonicus Gifu genome v1.2.
TTTTGAAATCAATGAATAGATTGAGATTCTTTCCTCCTGTAACCAAAGAGAGAGAAAAGAAAGCATCATGACATGACTCC ATAGTTGACCGACCCCAACAACAAATCTAAACACAGAAAGAACCCTAGCCCTCACGGCATTTTTACACAGAATTAGTGAG ACTGAGTAAGAGCAATTCTGGAAGAATTTTTTGGAACTTTCTGATCTGGGTATCCATCTTACAATCACCATTTCCTTTTT CATGTCCCTTTTTTTACTCTAAGTAGCATTGATGACTCCGCTGCACTTTCCTCACTTCAGTACCAAATCAACAAAAAGGC AAGATCTTCAATGACCCATTAACCCAAACTATCTCAAAATCCAGAATTTAGCTACACCCACTTCTCAAAATCCTTCCATT TTGTGTTTATCAATACACCCATATGCTCCACTAACAGCTACTACTATTTTCATCATCAATGGGTGCTGAGAAGAAATGGC TCTTCACCCTATTCACTGCAGCATTTCTCTCCCTCATCATTCTCATGCTCACTTCCTTCTCTTGCTTCACCTCCCCCAAG CCTTTCCCTTCTCTTGTCCAGCAAGGAGCTCACTATCCCCCTGCATTTGCCTACTTCATAGCTGGTGGGAACAGAGACAA GAACAGGATATTTAGGTTGTTGCTGGCTATCTATCATCCGAGGAACCGTTACCTGCTTCACCTTGGAATGGATGCTAGGG ATGAAGAGAGGCATGAGCTGGCTGCTGCAGTTATGTCGGTGCCGGCAATTCGGGCTTTTGGAAATGTTGATGTGGTGGGG AAGGCTGATTATGTGACCTACTTGGGGTCCTCCAATGTTGCCATCACTCTGAGGGCTGCTGCTATCATGATGAAATTGGA TGGTGGATGGAATTGGTTTGTCACATTAAGCGCGCGAGATTATCCCCTCATCACCCAGGATGGTAATGCCAATACGGTAA TTTCTGTTTTGGATCAAGGATAATGGATTTCCACTATCACTATGTGATGGTTGTTGGTTTTCACTTGTTTAGGATTACAC ATTTAGGGTTAAGTGTATGAAATGTTGTCATGACTAGATTGAGATAAATTGTGCATACTATGTTTATTTGATGCTGCTAC ATTTTAGAATGTTCACCACAATATTTAACAAGGCAATAATTCTTTGGTAGCGTTTAGTAACTAAACAGAACAGAACAGAA CTAACAAGGCAATAACGTCTTGCATTCTGTGTTTGGTAGCTACAAAATAGTATATAACTATATATAGGATCATATATATT GTTTTGCGTCTGGTACTTATGGAACGTAACAAATACACTGGATTTGTATTATTCAAGTGTGGTAATGGAAAAACATGAGA TGGGTGAACCTTCAAAGATGATTCTCCCCAAGCCTAAGCTTCATATATAGGCTCGCTGCCATGACACATTGACAGAATTC CATCATACCCCAAACAGACTTCCCTCTTATATTCCTCCCTACATAATTTCTCTTTCATAACTGACCAGCGCGCTTGCTTA TCCCCCATGTTCTCCTCTCTTTCTTCTTTTGGCCAAAGCTAACTTCTCTTACATACTTTTCAAAACTTACCTTAAGTGCA CTAATAACAGGGGTTGTTGACACTAGGGTTGTCAATAGTGTGCTATAGCGCCATAGAGGCCTTTAGGGGGCACATGGCCG CTCCTGGTTTCTGCATAGAATTGCAGTTTAGTGTAGAGGCTATTGCTGACTAAAGTGTTGGAAATAATGGTCGTTGGGGC GTTATTTGGCTGAGATTCGGTGTGACTGACAAAAACCTAAAACAGATCTTAGAAAGTTAATGTTTGGGCATTTTTGGAGG TATTTTAAGTGTTTTGCAAGTGGATGAGGAGGAAGAGATCTACCACTGTGATAGTAGTGAAAGTGATAAAGAAGAAGTCT TGGATTTAGAAGAGGAATTGATAGAATATTCCTGTAAATATTGTTGTAATTAGTTTGTGTATCTCCTCTATAAGTCATAT CCCTTATATTATGCAACATATTCATAGCATAGTTAATATCAAGGTTGTCAGACTCGTGAGTCTAAGCAGACTCGTTTTAG GTAGGTAGACTCGACTCGTAGACTCGACTCGTAGACTCGACGAGACTCGAGTCTACCAGAAATGAAAATTTACTAAGTAT AACCCTGTCATATGAAAAATAAATACAAACATATAATCTAATTATAAGAGGATTAAGAGCATCCAAGATGCATTTAATCA AATAAACTCAAAATCCAACTTCATAATAAAGCAATTAAGCAAAGTTTAACAAAGTACCACACCATAAGCTAAGTAGTTAA GTACCAAAATAAAGTACATACTCAAAGTACCACAACAAAAGCATTAAAACAAAGTACATAAAAGTCAGATGAAAAGTCAT TCTTCCATTCCATGATCATCACCATCATCATCTTCAGATTCTCCTCCATCATCATTGCCATCGGCATCACCTTCATCAGA ATCAGATGAAAAGTCTTGTCTAATTCCACTTGCATTAGTATGAGTACTAATACTTCCTTCAACTTCATCCAAATCAACAT TAACATCATTATCATTAAGATGTTCAAGTCCAACTTCTTCATTCAGTTCATTGACATTAACATCTTCTCCTTCCTCAGTT ATCCACTCATCATCTGAAGCAACTTCCTCAAATGAACAAGAGGCAAAAACATTTCTCTTTTTTGGTTTATTCTTCAACTT CAAGTTGTACATGACATAAACCAAATCATTCATCTTCTTTTGGTGCAATTTATTCCTTTTCTTTGTATGCACCTAGAAAT AAAACATAAGTTTACAATTTCAATATTATCTAAAAATATCATAACTTCCTAAATTCTAAGCCATATATATTAATATGTAG AAACAAAGTGAGATAGAAGTCAAACATACCATTTCAAATGCGCTCCAATTACGCTCACACCCGGAAGAACTACAAGTCAA GCTTAGAACCCGAATGGCAAAATTCCTTAGTTCGGGACAATGATCTCCATAAGCCTCCCACCATTCTGCTGGAGTCACAG TCTTCCTAACACTTTGTGCATCTTCTAGTCCAAACATGCCTTTTCTATTATGAAACACAATAAGTTGGGCATGAATCTTT TTCCTCTCCACGGCATTGGGTACCATCTTTATCATGCAACTGTATAGCCCTTCTTTGACCTCAACATCTTCCTTTTTGAA ATTAGAATCCCAATGGAAGTAGGGATTAAGATAATATCTAGCTGCATGTAAGGGCCTATGAAGTTGTTTATCCCACCTCT CATCAATGATTTTCCATACAGACTCATATCTACAATATAAAGAGAACACTTAGTTTTAAGAAAGAGTGAAAATAATCTAT GAATAAGGAAAACGTATTTACCTTTTCTTGACATCTTGAAGTTTGTTCTTATCTTCTCTTTAGCGGTATCAATTGCATCA TATATGAAACCCATGGCGGGTTTTTCATCTGAATCCACCAAGCGAATGACTTCTATCATAGGACCAGCAGCCTTGAGACA TATCACTATGTTCTTCCAAAATTGAGAATCCTTTACTATTCTTTGCACCTTTTTCCCCTCTGTTGAAGCAGCAAACTTAG TTGACCTCCAATCTTCTGAATCAAACATGGCCCTCAGTGGTGTTTCGAGTTCACTAAGACAAGATAGAGTCAAATATGCT GTGGCAAAGCGAGTCGCACCAGGCCTAATCAAGTCCCTCCCAGAAGTCTCTTTCCTCAACAAAGTAATAAGCATAGTCCT GGAATATATGTAGGTGGTGATATTTCTTCCCTTCTTTATAGTGACTTTATGCACATTCAAAATCTTCTCAAAATCTTCTA ATATCAAGTCAATGCAATGTGCCGCACACGGGGTCCAATACAAATGATCTATTGTTTGCATCAATTTTTCTCCCGCTGCT TTGTAATTTGCAGCATTATCAGTAACCACCTGAACAACATTTTCTGCTCCAACATAATTGATAGCATCTTCCAACATTTT TGAAACCTTATCAGTGGTTTTTGAAATGTCAGAAGTGTCCAATGAATACAGAAAAAATGTACCTTTAGGACTGTTTACCA TGAAGTTGCAAATTGAGCGCCTCTTCCTATCAGTCCATCCATCAGACATGATTGTGCAACCGGTTTTTTTCCATTCCTCC TTAAACTCATCTCTTATTCCATCAGTTCGAGCCACAGCTCGTTTCAAAAGCTTTTCTCTAATATCATTATAAGAAGGTGG TTTGAAACCACATCCATATCTCCCAACAGTCTCCAACATCTTTGCAAAAGCAGGATTTTTCACCACATTGAAAGAAAGAC CACTTGTGTAGAAAAATTCAGCAATTTCATCATAAGCTTGCTCCTTCAAGTCTTTTTTCAGCATTTCATTCAAATGTTGT TGCACCCCTCCTCCACTACTCTTTCCCTTTGATGTGAAGCTAAGAAGACCTTTCCCTTTGCTTTGAATTTGATGCCTAGC AACATCAACCTCCACTTCATTTTCTGCACTAATGTCAATCAAATGCCTCTTTTTATTTTTTGCATCTTCAGCATTAGACA CAATTTGCTTAAACAATTGCATCACATCATCTGGGACACTAACACATCGCCCAGCATCTCCTCCATAACAAGCAAGGTGT AACTTGAATCTATTAATTCCTCCCCAGAATTCGCTATGACAATAGTTGCAGCGAACTTTTTTGCCATTTCCAAGAACATC TATCCCATGTTTCCACCCAGGATCATTTCTTCTACCGGGATAGTTCGATCTTCCGCTTACATTAGAAGAAGCAGTAGCAG CATTACTAGTGTTTTGTGAATTTCCAGCCCCTGACATTGCTCACTCACTGTCCCAAAAAACAAAAATAGCAGGTAAGGAC ATGGAAAGAACATGAAAGAACTCACAGAACCTGACATTCATCTCACTCACAGAAATGAAAGAACATGGAAATGAAAAAAA AAAAAACAAAAATAGAAGGTACACGAAGGAGATGAAGCAATCAGGGGATGAAGAAGGGAACATAAGCAATTAAGCACAGC AAATTAGGAAGGAAACAAAAACAAAGAAGAAGGGGATGAAAGCAAATCATGAAGGAAGAAGGAAATGAAAAAAAAAATAA AACAAACGCAGAGGAGAAGGTTACCCACGAACCCACGAACGAAGGAGATGAGACACGCAGCGGCGGCGCGGGCGGCGGCG CGAGACAGAGGCGCGGGCGGCGGCGCGAGGTTGAGAGGTATCCTTGAGTGAGGAAGAACGAAAGCAGAGGAGAGGACTGA GGAGAACGCAGGGAAGATAGAACGCAGAAGGTATAAAATTAGGTTTAGAATTTGGGGATTTTTTAACTTAAAAAAAAAAA AAAACCTTGACTCGGTGACTCGGTCCTGACTCGCGAGTCAACCGAGTCAGACCGAGTCTGACCGAGTTTTGACCAAAAAC GAGTCTGACAGCGAGTCGACTCGTTTTTCCTATGTAGACTCGCGAGTCTGCCGAGTCAGCGAGTTAACTCGCGAGTCTGA CAACATTGGTTAATATCATTCATAGCCTAGTTAGTAGCATAGTCAATAATAGCATTCATAGCCTATTACCTATGCTATTT ACTAGGCTATGAATGTTTTTAGCTATGCTATTGTCTTGGCTATGAATGTTATTTACTATGCTGACTTAATAAAGGATATA CACAAGCTAATTACAAGAATATTTACAGGAATATTCTATCAGGAATATTTATGATTCCTACTTATCGAACTCTTATTTGA GTTTTCATGTTTTTTGGGAGTTTATTTGAAGTCGTAGAGGCTTAAACTTCCTTGTTACCTTGATTTTTGTAGGTATTTAC GTATAAGTTTTGTTCATTGACTTTTTACTGTTAATTATGAATGAGTTTTTACTTTTGAGTGCTTTTTTATCATTTGAGCA TTTATATATGTATGTAGTATAAATTATATAAACTGTAAACAAAAACAGCATGGCGTCCATCCCGCAATGCGCCCTTCTGC TTTAGCATTTTTGGGGTTGGTAATACACGCTACTTTCTGGGATTGACAATACTAGTTGGTAGTTGATCCCTTTATTGGTT GCTAACATACTCCTACCATATTGGAAATATGAGAAATACCCAATGTCAAATAAGCTTGGCACCTTCAATGCATAAATGGG ACTGCCTCCACCTCGGGCAAGTTGATTTGATGACTCTTCGTTCCAACTCATTATGGAAATGTTAAATGGCAGGAACTCCC CGAGTGGGCTCAATCAAGTAAATTATTGTTTAGTGGAAAAGGAAAACTTGGTTACCTTACTGCAGTTTCCTTCGGTGATA TACTTTCCAAATATTGGGGTTTTGGGCAAGGGTCTAATAGTTTATCCACCTCTTCTTCCTTTGGGACATTATCTGGGCCT GGATACCCTGAAAAAACAGCCCTGTCCTCACTGCTAAAATTAGGGAGTTGATTCTTTAGAGAAAGCTTTTCTTCCCATGT TTCAACTTTCATTTCCCAAGCCTCTCTATTTGATAGACTAGCTCTTAGAGGTAGACCTCCCATAACGAAGGGGTATGTGA GGCGCCAATGAAGCCTCAGTTGTAACTGAACAACTAATAAACTGTGTATTTTTTGTCAGCAACTAATAAAATGTTAGTAT AAATAAGAGTGATTAAGCCTCTGTTAGTTACTTTTGGAATTAGTGGATTTGGGATAACTAAATCGTTGCAAATTCATTTG TAACTGCTTCTGAGACTTGTATCTATCCTATTCTCTCAATAATACATTCTGATCAGAATCCATTTGATTCTGGTCATCTT CTTCAATTCGTGTCTTCTTCTTCCCTATTGTTCTACCAGTTCTTGCACTATTGCGTCAAGATCTTTCAGCTGCTGCCCCT GTGCCAGTTTAGCTTCAACACCCAGTATTTGCCCACCCTTTTCTTCAAAGGGAAATATGGAGGACATGATATACTTTTTT ATAAAGGTGTCAGCTTTATTTGTGTGCAACCTCTCCCACACACAACAACTTTAAAGGAGCCATAGTAACACGGGGAAAAC TTAGATAAATGTGTTGTGAAACTGAATCTTGTCTATGTATTGGACTTTTAAACAAACCCAGTCCCCCATTTGAAAGACCT TTAGCGGCCTCTTTTTATCTGCGTATTTTGTGCATCTGATCTAGCTTGATCTTCAGCGAGATAGAATTTGAGTTGTTTCA ATGCCTCATCTCCAGATTCTAACTACTGCTCCAATTCCTGTGGAATCATGAATATAACACAATACCTACCAGTCACCCAC TCACTCTTCATAAAAACTATGTGTACTATTACTGCCTCTATTACAAATTCTATCCCCTGACTGTCTTTGTCTTAGGTTTC ATGGAATTTCTTTTCAGGTGCACTCTACTGTCAAATTTTATCAGATGAATTAAATGCTGATGTTATATTTTATATTATTT CATCTTATTGGTGATAAAATGCTGTTTTCCAGTTCTAAACTTTATCCACTGAATTATGCTATACATCCTTCGAGGGAAAC TGATTACTTACTAATATTCTCTCATTTCTCTATATGATCATTGTCTTTTTGTCCGCAGGCTTATCCAACTTACTAACCCA TACTCTTTTTATCTTTATAGATCTGTCCCATGTTTTTTCTTCTGTTCGGAGGGACCTCAATTTCATTGATCACACCAGTG ACCTTGGATGGAAGGAGTAATGAAACTACTGCTAATTTTAGCTTCTATGTTGTGGCACTCTTACAGTTAGTTCAAGATCA TTTATTCTTGTTTTTATAAATCCATGCAGAAGTGATAGATTCCAGCCTATTGTAGTTGATCCAGCAATATATTTAGCTAG GAGAAGTCAGATTTTCCAAGCTACACAGAAGCGGGAGACACCTGATGCATTCAAAATCTTCACAGGCAAATCCATTCTCT CAAAGAATCCTTTGGCTTTGAGTTTGACAGTTTTATGTTGAATGATTTCCTTTCCTTGCAGGTTCTCCATGGGTCATCTT GAGTCGATCCTTCCTCGAGTTCTGCATTTTCGGCTCGGACAATCTACCTCGATCGCTCCTGATGTATTTTACAAATGTTA AGTTATCCCAAGAAGGTTATTTTCACTCAGTCATTTGCAACGCACCAGAATTCAAGAACACAACGGTCAACGGTGACTTG CGGTATATGATCTGGGACAATCCTCCGAAGATGGAACCACACTCCCTAAATGTATCTGTTTACAATCAGATGGTAGAAAG TGGGGCTGCTTTTGCTAGACAGTTTGATGTTGATGACCCTGTACTGGACATGATTGATGCGAAGATCCTCCGGCGCGGGC GTAATCGAGCTGTGCCGGGAGCGTGGTGCTCTGGCCGGAGGAGCTGGTGGGTAGATCCATGTTCCCAGTGGAATGACGTC AATATTCTGAAGCCAGGTCCTCAGGCTAAGAAGCTTGAGGAGTCTGTTTCAAGTCTTCTTGATGACTGGAGCTCACAGAT CAATCAATGTCAGAATTCAAGTGAAGAGACACAAGAGTAGAAACATTTAAGGAAGCTCTTAAGTGTGTTGCACTCTGATC CATGGACCAGTAAAAGTTGCATTTTACTGAGAGAACATTCTCAGGTCGCCAATGTTCATATCACCATCGTTGGAGTGGTG AAGAAGGGAATATGCTTAAGTTTTTGGCTGGGGGATTAATATTTCTGATGGATTCTCCTAAAGCTTCAATCCACTTGATT GGTTAAGAGTATATCCTCCTGCTTCCAATTTTTGTTCATGTATGTTCTGTATGTTTCCTCATCCACATTGGGATTTCGAC TCTTAGAACAGAAAGTCCATTCTTTATATGATTGTCATTTTCAATGTTCTTCTCACTCTTTGCCTCTTGCATAGTTATCA AATCGTAATCCAAATCATGAATCTTGAAGTTAATTATTGAATCATATGGTTTATTGAGCTAATGAGCTTATTTTATACTG GTATAAACTCTTGTAGAAGTGTTTGAGAGAGCCTATGTAAATAGTTTGTGATCTATCTCTAAGATGCTTTGAGCTTATTT TCATAAGCCGCCAAAATTAGGGTTAATTTAGGGATTAAATTAG
CDS sequence (LotjaGi2g1v0060800.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGTATTTTACAAATGTTAAGTTATCCCAAGAAGGTTATTTTCACTCAGTCATTTGCAACGCACCAGAATTCAAGAACAC AACGGTCAACGGTGACTTGCGGTATATGATCTGGGACAATCCTCCGAAGATGGAACCACACTCCCTAAATGTATCTGTTT ACAATCAGATGGTAGAAAGTGGGGCTGCTTTTGCTAGACAGTTTGATGTTGATGACCCTGTACTGGACATGATTGATGCG AAGATCCTCCGGCGCGGGCGTAATCGAGCTGTGCCGGGAGCGTGGTGCTCTGGCCGGAGGAGCTGGTGGGTAGATCCATG TTCCCAGTGGAATGACGTCAATATTCTGAAGCCAGGTCCTCAGGCTAAGAAGCTTGAGGAGTCTGTTTCAAGTCTTCTTG ATGACTGGAGCTCACAGATCAATCAATGTCAGAATTCAAGTGAAGAGACACAAGAGTAG
Protein sequence (LotjaGi2g1v0060800.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MYFTNVKLSQEGYFHSVICNAPEFKNTTVNGDLRYMIWDNPPKMEPHSLNVSVYNQMVESGAAFARQFDVDDPVLDMIDA KILRRGRNRAVPGAWCSGRRSWWVDPCSQWNDVNILKPGPQAKKLEESVSSLLDDWSSQINQCQNSSEETQE
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 | 144 | 144 | 8.6E-83 | – | |
| PANTHER | 1 | 144 | 144 | 8.6E-83 | – | |
| Pfam | 2 | 57 | 56 | 8.6E-8 |
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 |
|---|---|---|---|---|
| Cellular component | Membrane | A lipid bilayer along with all the proteins and protein complexes embedded in it an attached to it. |
Expression pattern of LotjaGi2g1v0060800.1, 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…