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 | LotjaGi1g1v0190400 |
| Transcript ID | LotjaGi1g1v0190400.1 |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Leucine-rich repeat (LRR) family protein; TAIR: AT5G07910.1 Leucine-rich repeat (LRR) family protein; Swiss-Prot: sp|B9F655|PIRL7_ORYSJ Plant intracellular Ras-group-related LRR protein 7; TrEMBL-Plants: tr|I3S3P3|I3S3P3_MEDTR LRR and ubiquitin-like domain plant-like protein; Found in the gene: LotjaGi1g1v0190400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:37540584..37550639) extracted from Lotus japonicus Gifu genome v1.2.
ATTTAAACTGCATTAAGTCATTAATCATTTAGAAAATAAGAACTTGATAGTTTTAAATATAATGAAATAATAAATTATAT TTTATCTTAATTGACGACAACTCAACCGAACAGAACAGGCGAGCACTACGTCATGAGTGGTTGTTGGTTACGACCAAAAA CGAAGAAAAACGCGGTTTTCTTTTCCTTCCTCACTGTGACTCCTCCTCCTTCTGCAAAAACCTCAATCCATTTCGCGATT TCAATCAACCATTTTGGTATTGGAACGCAGGAATGGGTTGTTTCGCCAGCAAAAACGCTGACACCAAAGCCAGTAGAACC GCGCGGTGGCGATCCACCGGCATTGTTGCTCTGCGCGATTCCAAATTGAAGGCAAACAACTAACTCTCCTTTCTCTTTTG TTTACATCGCGATTCAATTTTTTTCTTCCTTCTTATTTCTTGATTATGATGCAGCATGTGGCATGGGATTGGGATTTTGA GTGTATCATATCATGTGTTAAACCTTTATAAGTTCCATTAATGTTATAGCTTGTTAATTTGTATCAACTTCTCCCCAGAA TTGATTCTGCTTGCCTTCAGAATCAATTCACTTAGGCCCCGTTTGGGAAAACAGCTTAATTAAGTGCTTATTGTATAAGA GCTTATGTCATAAGCGCCCTGTTTGAAGAGCTTATTTGACCTTATCTGACAGCATAAGCTCTTGTGCCAGTGTATGGGAG GGCTTATGCAAACAACTTATGGCCTACTCAGGATAGATTATGAAAAAGAGCTTATGCTTATATATAGCTTATTTTCAATT TATTTCAATAATTTTTTTAAAATAATAAGCACTTATGCCACAAGCGCTTAATTAAGCTGTTTTCCCAAACGAGACCAAAT TCAATAAGTTTTTTTTGCTTTAGGGTGTGCACATTGAGAATAGCTTATACAAAATAGAAGCATTTGGGTGTATTTTAACA GAAGCACCTATCAGCTTACGGAAATAAGCTAAAAAGAGCTTATGCAGGGCTTATAAACTATTTCGATAAGCTCTGCCAAA CGTGCAAAAGAGCTTATTTTATAGCATAAGCTCAAATAAGCTGTTCAGAAGCTCTCCCGAACGGGTATTCTAGTGGCAGC GGAGAAAAGCTTATGATGATTTGTTTTACTTACAAAATTAACTATTTGGGAATAGTTTGTGTTGTGGGTCTAATTTAATT TTCGTAAAAGTAGTGTAATGTTTATGCTGGCAAGACTCATGTGCAAAATATTTGGAATTTGATGTTGTTTTCTGCTCTGC TTCTCTGTTCATTTGTAATTGTATTTGTATTTGTGTGAATGCTCATTATGCCTTTCTGTAACATGCTTACTAACCTTTGA GCCTTTTCCTCTCCTTCTAATGTAGACATTTCCAGATGAAATTCTTGATTTAGACAGATCAGTACGCACCCTTGACTTAA CACATAATCGAATAGGTGAGCTATTTTTCTTTCTCTCGTTTATTTTCTTTTCATTAGTTTGCGGTTAAGAAGCCTTTTCT CTGAAGTAGATATGATAATTTTAACCTCAAAGAGATATCATTATTGTAGTTGGTGCTGTTGGTTTTATTGTTAATAATTC ATTTTCTTTTCTGCAGTTGACATTCCCCTGGAAATTAGCAAATTAGTTAATGTGCAGCGCCTGGTAAGAGCCAAATATTT TACTCTATGGGCACAGCATGATAACTTTTGTTAACATTTACTTAAAACCTTTTGTGACTGAAAGCATTAGGTATTTTATA TAATCCTGTTGAGTTATTAAGGGGCAGTAAATTAAATAAGATGCTATTGATCTTGACCTGAATTTAATAGCCCTCTTTTG TGATCAGGATTCCAGCCAATTATTGTTGACTTGAGTTTGTTTCCTTAAATTTGTGTGGTTTAGTTACTTTAGTACTGTAA TAGTTGTTGCTTAGTTTCCTTTTCAGCAAGGCACCAACAAATGATACGCTATGCTTTGTTTTCAGATCTATGTATTATTT CATGTCCGGTTCTTATGTCATTAGTGAAATTACCATCTTATATTCTGTTAATTCACAAGCTGTTCCTAGAAAGCTTCGTT CAAACGTCAGAATAGAATTGCCACTGAAGCAAAAGAATGGAAGAGTTTTGTGCTTACCCTTACAAACCAACATACAATTA GACATTGTAATTGTCTGCTTACTTGGTAGTTCATACGATCTTATCCAAGTTGCTGTACATGTCTCTTTCACGTCACTTGT CAGATTTATCTACTAGAAATGTAATAAGTAGTTTTGAAGCTTAGGTTTATCGGAACTTTGGCTTCGTAATCACCTCAAAC CCTCTGATATTGTTTCTTTTCTTTTATAAGTTTGGTTACTCATTGATCTTGTAGAATCATTAAATTTGGAGGTTTTTTTT TCTGTTTTGAATCTTACATTTTGGCACGTGTTATGACTATGAATACTACGGCCTTTCATTTATTTTTGCCCTGGTAATGG TTGTTTTAAAACTTCTGTAAGTGCTATAAAGCATTCAAGATTTGATTACAAGTAATATTTCATCGAAGTTGCACGAACAT GACAGGTATTAGCAGACAACCTCATTGAGAGACTGCCAGTGAATTTGGGGAAACTCCAATCTCTAAAACTCGTGAACCTT GATGGAAATCGAATTACGTCCTTGCCAGATGAATGTAATTCTATTCTTGAATCCAATAAGATTATCATCCTATTCGCTTA TATTATGTGGATTTTTTTTCTTTCTATGTAATAACTTATAGTGTATTGTTTTTCTAGTGGGCCAGTTAGTAAGGCTTGAA CGCTTATCGATCTCAGGGAATTTGTTGACATCCTTGCCAGAAACTATTGGCAGTTTGAGAAATGTAAGTATACATAGTGG AACCTTGAATATCATATGACTTTCTACAGCTACTGTTATCTGGACTTTACACGATCGCATCCATAGTGCATTTATATGTA TATACGAGTATCGTAGCGGCATGATTTGGTTTCAAAGAGTTTGCTATTATCATTTTAGGCAAAGATATGTCATTATAATA AGACACGACTCGTAACTTAATACAATGAGAAACTCAAAATTTTGTCATGTTGTCTGAGTTGTTACCTATTTCCATCAGAA TATCCATGTTTCTTAGAGAATATATGTTTCCTGTTGACATTGGCGGAAGAGTGTTTAAATACGCCCTCTTAGGACTTGGG AAGTATTTTATTTTCATCATTATTATTATTATTATCATTTATATTTTGTTATGTTAAATGTTATGTAAACAATGAGTTCA TGCTGGAGAGGCCTATGAGTTGGATTTGCACAAGGATTGGTTCATAACCACTCATAATAATGAACTGAACATGTCCTTAT AGTATTTTATTGTATATTTTGGGAAATTTTGTTATGAAAATTTTCTAACTTTTAAAGTTTGATATACATCTTGAAAATGC AGTTGTTGATTTTAAACGTGTCAAATAACAAGTTAAAGTCTCTTCCAGAATCCGTTGGGAGTTGCTTCTCTTTGGAAGAA CTACAAGCTGATGGTATGCTACGATATCTTCATGTATGCATTACATGAGCATGTATCTGTGTCCTGCACCACCCCTTCCC CCCCCCCGCCCATGATATGTTCTTTATTTAACTGGATTTGGTTAATTGTTAGTCTGCTGAGGATGATCTGCCTTTGTGCT ATCTTTATTACTTTTCAGTGGAAGTTTTAGCGTGATGGTAGATAAACGTTAAAGATTAGATTTCTTTGCAAGTTTTCTTT CAGTTTAAGATAAATTTTCTGCTCTGCGTTCTATCTCTAAACTTAAGCTAAGATGTTTAGATTGCCTTGGGCTTTGCAGT TACTTGGTCTAGTTTAATTTAACCAAAAGTCATAATTGAAGCATACTGACAATATCTCGGGTTGACGAATGACTATGGTG ATATCCATGCCATAAGACGAATTCTCTTCTTATCGGCTATTTCTAGGATAATCTAATCTGGATATTCAGGACAATTTGCA GGGTCTTTCTTGCTATTTAGCTTTATGCTGTGTTTGATTGAAGCTAATTTCAAGCTTTTTGGTACATTTCAGATAATCTT ATTGAAGATCTTCCCTCTTCTGTGTGCAATCTCTCCCACTTGAAGTCACTTTCCTTAGATAACAATAAAGTGAAGCAGGT AGGATTTGTGGGTTTAAAACATTATCAATGTAATGCTGGACTTGATTGAATGTTAATTGATTGTTTTCTTGTTCTCTTTA ATTCAGTTCATTATTTTTATGATTGCTTGTTGAATTCTCTTTTTGTTCTAAAAGTAATTTCTTTGTTCTCTATTCATTCT AGAAGACTACATGGCTTTATTACAAGTTCAGAGAGTTTGACAGGAAAATGTTTCTATGTATTATATGGTTGTTTATAATG AGGCAGTTTTGTAACTGCCTAACTGACTTCTGACCAGTCTAACTAATCAGAGCAGAAAACTAACTAATTAGTGAAGGAAG AAGCTAATAACTATCTAATAGAGATAACAAGTGGTCACTCAAAGAAGTCCCACATTGCCTAGTGCACAAGTGTATATATA ATAAAGAACACACACACCCATTGCCTTAAGCCTAAGGTTTTGTGGTGTGTGGTTCTAACTTAGGATTTCTAACATTCAGA ACTAGTCTGATCCAAGCCATCACTTCCGCTTCCAAAAATAAAAAATTGAAAAAAAAAAAGAAAAAAAAAAAAGAAAGATG ATATACAGTACAAGGCCTCTGAAGACTCATGAACAAAAGTCTAACACCTAATGACGTTCCACTGAGCTCAAGCCCAAGAC AAAGCAAGCCAAGGCCTCAGACTCAGACGAAGGAGCACAAGTCCAAGGAACTCTGATGTTCCCGCTGGAGTACTAGCCCA GACAAAGAAAGTCGAAAGGCAGACTCAGACGAAGGAACACAAGTCCGACGACCACTGATGTTCCCGCTGGAGTACAAGGC AAAGGCAAAAAAAAAAGCAAGAAAAAGAAAAAATGGAGTCCCACTTGAGGGGGGAGTAATAGAGATAACAAGTGGTGACT CAAAGAAGTCCCACATTACCTAGATTAGCTAGTGCACAAGTGTATATATAATAAAGAACACACACACCCATTGCCTTAAG CCTAAGGTTTTGTGGTGTGTGGTTCTAACTTAGGATTTCTAACACTATCTAGCCGAGGCTAAGATTTCATACAAACAGCA GTAGAGTTAGCTACTACGTACTCTTTGAGCACTATTCTCTAATATTTCCCCCTCAAACTCAAGTGGGGTGACAAGAGGAA GTGTCACACACATTGAACTTCGCTCAAAGATCAGTGAAGTGGGTGATTGATAGAAGCTTTGTGAGAGCATCAACATCTTG GAGCTAAGCTGGAACATGTTGAACCCAAAGGTGCTTGGCAAGACCTTTTCTCTAACAAAGAAAAGGTCACTCCATGTACT TGATTCTGGTGTGTAAAACAAGGTTGTGAGCTAGAGAACGGTGTTCATGTTGTCTCACAAAACAGAGGGCACAATTATGA AAATCTTCAACTCATTATGCACAGGCTCTGTAACCATAAAATATCATTGGGCCAAACTTCGATATTCAGCTTCTGTACTA CTGTGAGTTTCAACCTGCTGCTTCTCGGACAACCAAGATATCAATTGGGCCAAGGAGACAACCACCACAGGTTGAACGCC GATCATGAAGATCGATGCCCAATCGGCATCACAATAACCTGGAAGGGAGAAGGGGAAAAAGGAACAGCAGGTATCAGGAG GAGACTAGTTGAAGAAGTTCCTTGTAGAGAGTAAAGGATCCTTTTTCTGGAGATGAACTAGAAGACCATATTAATGGAGT AACTGAGCTCGGGGCTAGTAATTGAAATATATTGTTGGGCTCCAACCACAGATCTGTTCAGAGAGGGATCTGAGAAAATA TCTCATGCATCTTTGGAAAGCTTTGAGGTGCTAACCATTGGTGAAGAAATAGCTTTGCAGCTTACCACATCGACTTTGGC AAGAAGGCCCTCGATGTACTTGCTTTGGGTCAAGAGAAGGGAACAACCAGAGAGATATTTTAATTCAATACCAAGAAAAT AATCCAAGGGACCCAGTTTCTTGAGAGAAAAGACTGAATTGTGCTGAGTAATGAAGTGATGGACAAGAGAAGTAGAAGTC CTGTAACAAGAAAAAGTGGATAATGTTAGGTACTGACTCGGAAGATGAGAAGTAGGAAAAAGAGAGGTGTATGGACATTG TTGCCTTTGAGACTCCATTCACAAAAACAACTCTGTTTCAGCATGTTTGTATGTGGTAGCGGATTCTCTTGCCAGAAGCT CTTTGCCGTCGTCATGTAACTAATTAAAGATAACATCACTGGAGGTTATGAGCTTACTCTTGGGTGAAAGACATTTGTAT CCCTTGTGTGATGTTGAGTAGCCAAGAAAAACATTCTTGAAACCTGAATCGTAGTTTGTGAGAGTTATGAGGGCGAAGGA GAAGGAGAAGGAAGCAAGAACAGCCAAACGCACGAAGAGAATTGTTGTTAGGTTGCTGCTGATTATACAGTTTAACAAAT GGAATAGCAAGATTAATAGCACAACTAGATAGACGGTTAATGAGATTACACCTGTTTAGAAAGAATAATCCCAAAATTTG TATGGGAGGGGAGGTTTGGACTAACAGGTTTAAACCAAGCTCAGCAACATGTCTGTGTTTAAGCTCAAGCACCAGCATTT CGGTGGTTTGTATGAGGACATATTAACCTATGCAATACACCTTTATTATCAAGAAATTTGGAGAGAGGTCTAAACCCCCC TACCTAATCAGTTTGAAGTGCTTTGAGTTTTTCATTAAACTGTAACTCTACCATGTACTTGAACTGCTGAAAGATAGTAA AATTGTCAGATTTGGACTTGAGAAGATACAACCAAGTGTACCTTGAGAAGGCATCCACAAAGAAAAGATAGTAAGTAAAT CCATTGGCAGAGGTAAAGGGTGTTGGAACCCAAAGATCACTCGCTATACACCAACTCTAGAGGATGGTTATATGTAGAGT GATTTAACAAGACAACAAACAAAAAACCATGATGCTTTTTTTTGGAGTGGGTATATTAGAAGATTGCAATACTATGTGAA GTGTACCATTATTGGGATGTCATAGTCTAGAATGCCAAATCGTAAAGGAGGCGTGTGTTTTAACTTTTAACAAACTTAGT ATGAACAGCGTATTTATAGAATTCAATGATGCATCAAAGGTTGGTGCAATAGAAGATTGCTGTAGGAAATTTGGAAAGTT GTAGAGGCATTCCATATGGAAGAGCAACATTAGATTTGTCTGCCGTTACAACACACAATGAAGGGTGAAACTCAAAATAC ACTTTGTTGTCTCTAGCAGATTGACTAACATTAAGAAGATTTTTAGTAATGTGAGAATTGTGAAGAGGATTCTACATGAC AAGAGAAATTGATGAAATATAAATCTAATTTTGGTCCTTCAAAAGGCTCAACTTGGTCAATATTTTGGATGTTAAGTGTT ACATGATGTGTTGCACCCGAGTCTGGGGTACCAATTGGCAGTCTGACCATTGCTGGAGTTTGCAACCATGGCTTGTGGAG GTTGCTGAGCAGGGGGGGGGGGGCGTTTACTGGAACAGCTTTGTAGGCTTAATATCGTGTGAAGGAGCAGGAGCTCTAGG TTGTGTTTGAGAAGGCCTCTGTTGTTGTATCCACTGATTGGGATTTCCTTAAAAACTTGGTTGAAGATGAAAATTATACT GTTGATGAGTAGAACTTGGTTGAGCAAAGTAATTTTGGTCAAATCTGTGATAACAGATGGAGGCATTTTGTACAAAACTT CAGGAAGACCTGACACTGGACATTAAAACGTTCAGTTCTGCCTCTTCCTCCTCTGCCTCTACCTCTAGAGGTGAAAGATC TGCCATCACTAAATGAACTGAATCAGAAGTAGTGTTCTGTGTTTGACACTTGAGTTAGCTTTATAGGCAGTTTGATTGAT TTCTTGTTATTTTCAACCCGAACTTCCTGAGGATGAAGCAAGCCTTCAATTTCATCTGTAGTTAGTGGCTGAAATTTTGG AATCATTGAGATTAAATTGACTAAAGATTCATACTTAGAAGGAAGACCCTCTAGAATCATATCAATGTTGTTTCTGCGGA GGGAGTTCTTATCATCAAGCCTATCTAAAATAAAATGGGAGAAAGTAACAGGTGCATTTGCTGGACCAGACAGAAGAGGT GTCGCCATTATTCAAGACACTTGTACGGGTTGGGCTTTGCTAGAATTCATGGTGTTTGTGTGGAGAAATGTTTCCGCGAG GATGAGGCTTTTAATACCATATTAGAAGCTGAAAGAGTTTGAGGGGAAAATGTTTCTATGTATTGATTTTTTATCAGATA CACGGGAAGGAGAGACTATATGGTGTTTCACAATGAGGCAGTTTTATAACTGCCTGGCTAACTTCTTCTGACCAGTCTAA CTAACCAGAAACAGAAAACTAACTAATTAATAACAGAAGAAACTAATAACTGTCTAGTCTAGGCTAGGATTACATACAAT CAGCAGTAGAGTTAGAGACTATGTACTCTTCGAGCACCTATACTCTAATAGGCTTGAATATATGGAGTCATTTTTACTCA CAGGTGTGGGCAGTTATTTGATACATGCCTTTGTAAGAGGTGATTGAGTGGTGCAGGTATTGCTGAATCGTTATTTAGAA TTGTGGCAATACCTTTATTTTAACAGTACATCTTAAATTTTGGTATTGACTTTGAATGGCATCTTACATCACGGCTAGAA TTTATGTTGATGTGTTTGGACACTGGTGTCTCAAGTTGTTAATCTTGTAGGCAATAAGTCATATTGATATACTATTTTTG CAGTACCTGTTGATTATTCTCTTATCCTTTTTTTACCCTTTATTCATAAATCTATTCATAGCATTTAAATCTCTGTTGTT TGCCTCTAGTAATTCCAATCATGGTAGTTTATATTCTAAACCAATTTCCTTAGAGTTCAAATGTCTTAATTATCCTTCGG TTTCCTTCTGCGTAGATTCCTCCGAATCTATTGAAGGACTGCAAAACTCTTCAGAACATATCACTGCATGGAAATCCTAT ATCAATGGATCAATTTCAACAGGTATGATGTTGTTCCCTTTATTTTTTTCATGGTCAGTCCTAACCTCAAGTAAAGGAGG AAGATTTTACGCTCGTGACAACCAACGTAAAGCGGGTCATATCGTTAATATGGATCAAGAGATCCATATAGCCGACCTTA CCTTGTGGAATAAAGCTTTTGTTATTTGTTGTTTTGATCTCTCTATTTTTTTGCTAAACCAATACAAATGTTCAATTTTC AATACATTTGATCTTTAAATTAATGATGTAGATGGATGGGTTTCAAGAGTTTGAAGGGAGGAGGAGAAAGAAGTTTGACA AACAGATTGATTCAAATGTGATGATCAGTTCCAAAGGTCTTGATGAGGGCGTCGATCTATGAAGTTGTCTCAGGCTTGTT GAGACCACTCGCAATGTGGATTTTTCAGTTATATAGTTGGATGAGCATTGGAGATATATCATGGAATACGGTTTTATCCA TGCCCTTTATTTCGCATCTGAAATTAGTGTATGGAGATGCCAGTGTCACATTGTATATGATTCCTACTGTTTTACCCCTG CCCAAGTTTGCCTGAAAATATGCTGGCTTGTAGATGGAGCTATTATCCAGCACTCTTCTAAATATTTCATATACGAGTTT TGGAGCCATTGTGTTGAAAATATAAGGGGTCATGTATCTACACAGCTGTAAATTAAGACAACTTTATGTTATATGGAAGG CACTGCATTCTTTGCCCTTTTATCATGTCAATTGAGATAACATGCGAAGAATCCTTTGTGTTGTTCTCCTAAATAGGTAC CTTTTTTTTTTGAAAGCCTAAATAGGTACCTTGGTTGTCTACAAATAGGCTTCAACAAAAGAAGTGTACTTCTTTGGGGT TAAATATTGTTCAAGACAATGACTAATATAAGCTTCGATGGAAATTAAATAATAGG
CDS sequence (LotjaGi1g1v0190400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGTTGTTTCGCCAGCAAAAACGCTGACACCAAAGCCAGTAGAACCGCGCGGTGGCGATCCACCGGCATTGTTGCTCT GCGCGATTCCAAATTGAAGACATTTCCAGATGAAATTCTTGATTTAGACAGATCAGTACGCACCCTTGACTTAACACATA ATCGAATAGTTGACATTCCCCTGGAAATTAGCAAATTAGTTAATGTGCAGCGCCTGGTATTAGCAGACAACCTCATTGAG AGACTGCCAGTGAATTTGGGGAAACTCCAATCTCTAAAACTCGTGAACCTTGATGGAAATCGAATTACGTCCTTGCCAGA TGAATTGGGCCAGTTAGTAAGGCTTGAACGCTTATCGATCTCAGGGAATTTGTTGACATCCTTGCCAGAAACTATTGGCA GTTTGAGAAATTTGTTGATTTTAAACGTGTCAAATAACAAGTTAAAGTCTCTTCCAGAATCCGTTGGGAGTTGCTTCTCT TTGGAAGAACTACAAGCTGATGATAATCTTATTGAAGATCTTCCCTCTTCTGTGTGCAATCTCTCCCACTTGAAGTCACT TTCCTTAGATAACAATAAAGTGAAGCAGATTCCTCCGAATCTATTGAAGGACTGCAAAACTCTTCAGAACATATCACTGC ATGGAAATCCTATATCAATGGATCAATTTCAACAGATGGATGGGTTTCAAGAGTTTGAAGGGAGGAGGAGAAAGAAGTTT GACAAACAGATTGATTCAAATGTGATGATCAGTTCCAAAGGTCTTGATGAGGGCGTCGATCTATGA
Protein sequence (LotjaGi1g1v0190400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGCFASKNADTKASRTARWRSTGIVALRDSKLKTFPDEILDLDRSVRTLDLTHNRIVDIPLEISKLVNVQRLVLADNLIE RLPVNLGKLQSLKLVNLDGNRITSLPDELGQLVRLERLSISGNLLTSLPETIGSLRNLLILNVSNNKLKSLPESVGSCFS LEELQADDNLIEDLPSSVCNLSHLKSLSLDNNKVKQIPPNLLKDCKTLQNISLHGNPISMDQFQQMDGFQEFEGRRRKKF DKQIDSNVMISSKGLDEGVDL
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 | 256 | 256 | 6.8E-140 | – | |
| PANTHER | 1 | 256 | 256 | 6.8E-140 | – | |
| Gene3D | 5 | 122 | 118 | 6.9E-26 | ||
| SUPERFAMILY | 24 | 221 | 198 | 1.81E-44 | – | |
| ProSiteProfiles | 45 | 67 | 23 | 7.335 | ||
| SMART | 66 | 88 | 23 | 35.0 | ||
| ProSiteProfiles | 68 | 90 | 23 | 5.841 | ||
| SMART | 89 | 108 | 20 | 40.0 | – | |
| SMART | 89 | 111 | 23 | 4.7 | ||
| ProSiteProfiles | 91 | 112 | 22 | 7.473 | ||
| Pfam | 91 | 148 | 58 | 3.1E-8 | ||
| SMART | 112 | 134 | 23 | 5.6 | ||
| SMART | 112 | 131 | 20 | 0.8 | – | |
| ProSiteProfiles | 114 | 135 | 22 | 6.749 | ||
| Gene3D | 123 | 234 | 112 | 1.0E-23 | ||
| SMART | 135 | 158 | 24 | 0.0056 | ||
| SMART | 135 | 154 | 20 | 0.52 | – | |
| ProSiteProfiles | 137 | 158 | 22 | 7.512 | ||
| SMART | 160 | 177 | 18 | 69.0 | – | |
| Pfam | 160 | 218 | 59 | 7.7E-8 | ||
| ProSiteProfiles | 160 | 181 | 22 | 6.441 | ||
| SMART | 181 | 204 | 24 | 0.008 | ||
| SMART | 181 | 200 | 20 | 300.0 | – | |
| ProSiteProfiles | 183 | 204 | 22 | 6.903 |
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 | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). |
Expression pattern of LotjaGi1g1v0190400.1, 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…