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 | LotjaGi1g1v0438600 |
| Transcript ID | LotjaGi1g1v0438600.1 |
| Related isoforms 1 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Response regulator; TAIR: AT3G57040.1 response regulator 9; Swiss-Prot: sp|B8BLZ4|ORR10_ORYSI Two-component response regulator ORR10; TrEMBL-Plants: tr|A0A1J7GFA1|A0A1J7GFA1_LUPAN Uncharacterized protein; Found in the gene: LotjaGi1g1v0438600 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:93348703..93358014) extracted from Lotus japonicus Gifu genome v1.2.
ATTATTTTTTTTTTTGAGTAAACAGAATAGAGATTATTATTATTCGCTATAAAGGGTGAATTAAAATAATAATGAAAAAA TGGAAATTTTAAATTTGGTAGAACACCAACCCCTTCTTCCCTCATTTCTTCCCTCATTCTTCAATTCAAAAACCAACCTT GAAGATCCTGCAGATTCTGATGAAATCAATCTGCGGGATACCACATTCCAAACTGCCAGATTTCCTATGAGGATTATGTA TCATAGGCTCCAATTTAAAATGACACATTCTGATTCATTACCTTCATCTATCCCTCAGAGTCTTCTATATATCCCTCTTC CTTGTTGTGGCTTGCACATATCATCATCTTCCAAGTTATTGTAATGGCTGCACAGACCCCGTTCCATGTTTTGGCTGTTG ATGACAGTCTTATTGATAGAATGTTGATTGAGAGACTCCTAAAAAGATCTTCCTTTCATGGTACTTTTCTTCTCTAGTTT TTTCTTTTCTTTTAATTTGATTTTTATTATATGTGATGACGAGAACATGAGTATATTGCTTGTGTAGTCATTATGTTATT TCAGTAATCGTATTAGATACTCAAACAGTGCATACACAACGTTTTTCTTGTGATATCTACTAATGAATTTCTATCATTTT TCTGAAGTTGGGATTTGGATTAGTAAATTTGAAAAATAATATCTTCTGGGGAATTTGTGTTGAAATCACAGTTACTACAG TGGACTCTGCCAGTAAGGCTTTAAAATTTCTTGGTTTGGTTGAAGATGAGTTGAGGAATTTTGACACTAATGTTGCTTCA GAAATTCATCAGGTCCAACTCTCTTGCTACACTTAGGGGTTAAAACTTGTTACTGGATACTCACTCGTGTGCTAAACTTT GATTCAATTACAGATGCAGGATGTAGATGTAAACCTGATCATAACAGATTACTGTATGCCAGGAATGACTGGCTATGATC TGCTGAGAAAAATCAAGGTGAGCTTTCAGAATATTTTTCAATGCCGTTAGAAGAGGCTTATTTCAAAATTATTTGAACAG TACTCTAGCTTCAATTTCATTAAATTCTGCAATAATTATCAAATTATGCACTATGGATTTGATTTTGGTTTTCTATTTAG GAAACAATTTGAAAAAGAGAGGATCTATGTGGTGCCCACTAGGGTGGACAACTTATTTTTTGGTCAATCGGTGGACCATC ATTAATCACCGTTGGATCTTGGAATATAAGAATATTCTTTAATCGGACGGATTGGTTGGATGATTAAAGGGTAAAAATAT AATTTGATATCCCTTACAAAGAAAATCAATTGGGTGAGTTCATTGTTGTTGGCACTTATCCTGGTGGGAAGAGCTGCATA ACCTGCGTTCATATTCCCTCTGCCCTCCTCTTACAAGCTCTTCTTCTCCCAGCTCCGGCGTCTTGCTCCATCGCTGGCCA CATCATTACCATCAACCTCGCCAACGCCGACGTTTCCCTCTCCAGCATCCTTTTCCTTCCTCACCCCCATCCCCTCTTTG CAACACTTCCTATTACAAAACCCAGAATCATAAACCAAAGAAGAAAAATTGAATCTTTTTTAGTTGAAAAACAAAGACAA GACATTAGCAAGAAAAATGAAACCCAAAAACCCAGAAACAACAAGAGAGAAGAAATATTGATTTTTTTTAGTTGAAACCC ACAAAAAATAAAGACAATGCATCACCAAGAAAGCTGAAACTCAAAAACTCAGAAACATGAATAAGAGAAAAGACGGTGGT AGATCTGTGTTGTGTTAGCTTTTGATCTGTGCTAGCAAAGAGAAGAAGATGAAAGAAGAAAAATAATCAGAAGAGAAGAT GGAAGATAGATCTGTGTGAGCTTTTGATTTTTGTCGATATGTGTGCACTTTTGATTTTGGTTTTTTAAGAGAAGAAGTTG ATAGATCTGTGTTATGCTAGCTTTTGATTTTTTGGGTCTCATTTTCTGAGTTTTCTATGTTTGGGCGAGAGAAGAAGCGT TCATGGATTGAATTTCCAAGAGACCAACATCACAATTCAAAGAACGATAAATATTTAATTAGTAGTGTGTGTTGTGTCCA ATTGAATCCAAAAAATCAAAGCTCCTCCACGTTTCAATTGAATCAATACAGTTTTAACGCACAAATCCATCTTCCATACA CCCTTCTGATTTTGTTTGTTGTGTTCATGTTAGACAATTGAAATTGAAAACAATAAAGGTAATGAGGAAGGACTGTGAAA GTAGGGTGAGGGAAGTGGGAGGAAGAGGGAGAAAAGGGATAAAGTCTGAAGTTCCCTTGGTGTAAAGTCTAATATATCCC TGGTGCACCGGTGGACCAAAAATAAAATGGTCCACCCTAGTGGGCACCGATCTATGTCAATGTTCAAACAAAACAAAAAC TCATTTCTGAACTCTGAATTGGGATTATTCCCAAAATTCTAATTCCCAATATAACAAATCACAAACCAAAATGTTCATTG CCATCATAATATCCTATTGCTTGTTTAATCTCCTCCAGTTTGTTGTTAAAAAAATAATATAAGTTTATTGATTTGCAGGA AACTAAATCTCTTAAAGACATACCAGTTGTAATTATGTCCTCAGAGAATGTTCCATCAAGGATCAACAGGTAAGGAAATT TCATCCTATAACCCAATCCAAAATCAAAGTCATTATTTTGAAAATGACAGATACATATTAAAGCGGCATCACATGATTAA ATTGAAATTTGACTTTACTATTGTTTGTATCAGATGCCTAGAGGAGGGAGCTGAAGAATTCTTCCTGAAACCAGTTAGGC TATCAGATTTAAACAAGCTCAAGCCCCATTTGTTGAAGTCAAGAGTGAAGGAAGAGCAAGACCAACCCATCAAATGACAA AAGGAAGAGCATAAAAGAATCCACTCCCCATATAAAAGTAGACTAAAATGTACTAGTTAAAATTTGTTTCTAAGGTAAAT TTGAGAATGCAAAGGTAGTTCCTAGAACATTTTCCTAGGTAGATTGTCAGCTCAATCATGTAAAAGGGTTATTAAGCTGT GTAAGTCCTGATGTAAGAGTTGAATTCAATTATGGTGGACAAATAGCAATTGATTTGGACATTATTTTCCTTCTATTATG TCTCCTATGGTATATCCTCAATAATCATGTTTTCATTCTTAGATTAAATACAAAATCAAAATATTTTTCCTGCCACCCAA ACTGGAGGTTACAAGTACCTAGTGTTAGAACTTAGAATGCATGTATTCTCAACAAAGACGTCAGTTTGCAAGTATAATAG TAGCAACTATGAGGTGTGGAATTATGATACAGAAAGTTTGGGTGATCAATTAGCATTAATAAAGTGGTGGACCTGATTGT TGACTTCAACTTCGGATGCTTTCCTTAGATGGAGGCGGAGGTTGAGGTTGAGAATTTGGAGGAGCAGGTTGAGGAGCTCG GTCCGAGGAATCGATGATTCGATAAAGATCAGGATGTGTTCTAACACAATGTCTTCCTAAATCTGAGTTTGTCTGAAACA CAGCTAAACACAAATTGCAACAAAGCCGAGGCTGAGGCTGAAGAGGTCGTCCAGGCATGATGAACAAGTGGTTGAGGTTG AGGTTCACAATTCGGTGGATGTGGATCTGAAAAACAAACCCTAGATCTGGAAATTAAATAGGTAATTTGGTTGAGAATTG GTTCCAATACAGAAAAGGCACTCAATGTACCTGACTACAGCTTCTATCATATGAACTGTGATAAGAACAGAATTTATTTA TAGAATAAGTATACAACATTCGTGTTCGAGAGCCAGTCTTTCTCAAGTAGATTCTGGAATTTCGAGAGTCCAGTCTCTCC CCATTAAACTCACAACTTCTGAATGAATCCTAACAGAAGATACAACTCTTATTTATAACTACTCCTGTATAATTTAAATT TAAGTTCAAACCATAGCAATTACCTAACTGCTGTAATCATAAAACTACCCACAACTAGTAAGTAGTAACTAATAACTAAC ACAAACTGTCCATAACTGACTTAATTTAAATTAAAGCAACCCAGGTACTGTTCACACAGCAACCTATCAAACTGCAACGT CCTTCACTTCAAAATATTGCATCTTGTGCCCGTCTAAACACTTGAAGGATCGGAGACCGGTCCAAGGCCACTTGAAGACA TGGTTTCTGTTGGGCTGCAATAGTCTCTATAATGAGAAGGAAATAGTGGGTTTTGAGGAGAGACCGATAAGTTTGTTTCA TCTAATAAGATGCAGGAAACAAATCCATGAGCTTCTTCTTTAGTTTGGCGTTCCAGTAGATCTTGATATCATTGTCAGTC CTTTCTGGCCACTGAGCAGCTATCATTGAATACCTGCAATATTGTGAAGGAAAATAAATAAATGTCTTCATCAGTCAAAC ATCTGAGTGGGTGATGTCGCTAGATCTAAACTTGGCATCCAAGTGGAAGATCAGCTTTCCAAACAAGACAGATTCTAGAT AATGACAAATGGTAGTCAAAATTCATAGTTATTATGTTTACACCCTTTAATGAATTTCACCAGAGAAATTCGTCCTTGAT TGAAGGAAAAGGGGTAAAAGAATGTCCATGTGAATAATCTTGGTCTGGATAAATGATTTCAGATTTAATTGCAAGTCAGG ATGAGCCAAAAAAAATTGTTGAAGCAAAATCACTGGTGGGTGTAGCTATATATCTATACTCTACAGTGCATAAAAATGTT CTAATAATGTATACCTGCTACCAATGTTAGCTTAAAGGCTACAGAAATTATTGTCTTCCTCGTCCAAGAACAGTGATGGC CCCGAGATAGTGAACCCAACTCACTCCGCAACTTTTTCCACATCTATATGATCTATTTAGACCTAATCATATATCAAAGT CATCATCTTATGTATAGGGAGCATATCTAGTGAAAGGGAGGTTTTTTATGCGAGAGTGAGAGGGGCAATTTCTAACCCTT GGATTAAGATTAATGGCTAAGATTAACAAATTCCAAAAAACCCTCACGTGCCTCCTTTGAGCCTGACGTCATCCTCCTCC CCACCTCTGGTACGAACTTGCCTCCCTTTAGTAAATCCCTATTTCCTTGTTGTTCCACAATTTCAACCGCTGTTTTCTCA CACATTCATTTTCCTCCTCGTCTCTTCTCGTTTCCATGGTGTGACTGCTCTCCTCCTACAATTGATGACAATTTAAAGGT TGTCAAGATAATGGACTTTCATTCTTCTTGTGACCTCCATCCGCAATGACCGCTTCTGAATCTCCTAAATCTGAAATTTT GGTCTAACATTAAAATGGTTACCAACAGTGAAAAGTTTAATCGATCAGAGGCCTTGAAAATTAAAAGAATATATAACATG CGATTCAAATATGTCAATGCAGTAAAGAAAAGAAGGTTAAAGAGAAGAGAAAACCCAAGCAAAAACCAATGCAGATCCAA TACCAATAATCTTCATAATGTAAACCTCTAGATGAGAAGTAGTTTTCCAAATGTAGGTGCATCAATTCTAGAGTCTGTAT TTGGTTGCAAAGGATATTTTACAATGTTTAAAGTTCATGTAATATAAGTAACTAACACTGGTTTCATACAAATTTGTCTT TGTTGTTTGTAAATAACATGTTAAGCTAAAAGGTGTATGCAAAATTAAGAAGTCATAAGTGACTTGCCTTTGGCCACAGT AAAATTTCCTAGCACAAATACCACTTGCAATGACAAGGTACTTAGTGAAATAGAAACAACTAGTGTTCTACCAAGTGCAG CAATGAGCCGAAATAGAGAGAGCCATCTGATAGAATGCTAAATAATGCCAAGAGTTGTCGGAAAAATCTGATGATATGTT AAGGACAATAAACTGTTATCATTCTTGTCTCTACTAAAATCAAAAAAATTAAGCTTCTTTCCAATTGATGACAGTGGGAT GGCTGGACCACTACATGGTCACAAAGTAAAATAACAACAGCACAAACTTGATGCAAAGTGAAATGACATCTCAGTTTTTT TTAACCTTTATATGCTTGCCATTTTTTGCAGCTGCAAGGATTGTGGACAACCTGCATGCTTGCTGCTAGAAACAGCAGAT CCAATTTTTTTACAAGATTCATGTACCCAAATAGCCATTGCATTACTCTATAGAAATGTTTATTCTTCATACCACAAACA ATGTTTATTTTGGTCAACATGCTATGAATGGTATTAAGTTAAGAGACTTGTATCTATTATATCCATTGCACCAATTTCTC TATTGAAATACTAGAGTTTAAAATCAATCAAAATGACTCAAAATTTAATCAATCTCATGCCACACATATTTTTTATATAT CTCTCTATATATAATTTGATAGGTTCCAACTTAGTCTTCCCTTTGCTTCCGTAGCTATTTAGCAACCAGCATGTTTGAGA GAAACTCTTTAGGTAAAGGTTCATTATATGCAGAGTTCAAAAGTAACATACTAGGCCAAACTAATGAACCTTGACCAATG TGTGATGTGCTTTTCTATAATTTATATTGTCACGTCAATATATTGAAATATGCAGCAACTTGACAATTTGATGCTGCTAG AAACATTCCAGATACATCCAGTGTTCCATGCTTCTCAAAATAAAAAGGCGATTGGCAGTCATGTTGTAAGACATGATGTT CCTCATGGATTAGAGGTAGAGGAGCCTATTCCAATGGAACCAGAAGCAAATCTAGCTCCTCGAACCAACATCTATTGGGG AAAGAGCATCCATGAGCGGTTGATTTTGTGGATGTATAACCTACTGTAGAAGCAACTTGGGTTGCAGAAGGTGTGCTTCG TGAGTTCGTGGGCAATATCCTGACTTCTATGATTCTGCCTTGAGGACAAAGAAACTTTTAAGGGAGGCGGTATCGTGGGT CATTTGACTCAAAAGACTGACCCAAACCAAAAATAGTAAAGGAGGGAAAAAATAGTTAGTTAGAGAAAAGAGAATGTATG TTTATGTTAGTGGAGGGATAGTTCATGTGGGCATTATGTTAGCTTGTTAATTTTTTGGCCTAAGCCGTGGGCATGGAGAT TCGTCCATAGCTGCGAGCTTAGCTCTGGTTATTTCCTTGATTTCCATTCAGTGATTAATGCATTTCATTTCTTCTATAAT ATTCTCCCTGTAGATAGGATCGGTGTCCTATCAGATGATGTGATTTTACCATCGTTCTAAGGAAGAGCAATCCAATTCCC TCCAGTTCCATGCTAATCAAAATACTCCTACAACACTAGAACGATAAGAAAAACATATTCACGGCTCTATTCCTTCGCAA TCTTCTCCATTTTCAGCTATGTCAGAGGGCATTTCAACACTCCTAGGATAAAGACCATTAGCATAAGTTTCATTGGCATG AGAGAAATTTGACTTGGCCTCAAGATGAGAATCAAATTTCCGAACAAAATTTACTATCACAAAATTTGATATCAGATCAA ATAATACACAATATATTAATGACTTTGTGGAATATCAACAAACCATTACACATGTGACACTAGCAATACTGCCCACCCTC TTGCACACTTAAAAAGGTAATTCATTTGAAACACTTGTAAGAGAGACCATAAACATGAGAGCAATCCACTCAGAACAAAC ACTGGCTACACAGTTATGTATACTTCTATTCAATAATTTGACAGGCTTAGACCTAAACCTCCTATAACTAAGGTCTATGT GAGGCACCAAGATAGGGATGGGGTTGTGCTGAACCCTAGCCAAACAGCACAAGGTGGTGTGCTGAAAACCTAGCCAAATA GAATTAGGATTTTATATTTTTATTAGTTTAATTTATCCAGTCAGCATTAGATACTATATTTTACTATTATATTTTATTAG GTTATTTGGTTTAGTATAAATAAGTTGGCTGTACCTCTATTCGGGAGTTTTTAGGAGAATTAGGATTTGGTGGCTGCTAT TGGTGTCCAGTTTGTAATTCTTCTCAAGAGCGATATTTCTAATAAACGTTTCCAGTTTTCCTTATCTAGTTATCTCTTAA CTTGCAACTCTGCTTTTCCTAAAGGGGGGTGCATTTCTGCTTTCCTAAGGGAGGGTGCGAAACTGTTTGGTTAGGCCAGA GCCAGACTAGTTCGGTTTCTCTGTTCTGTTTGGTACCAGTTCTAACATATTTTCTGAAAACTCAATGGAACAAAAAGAAA AAAAAAAAAATGCCTAATTGCACCAACACCCAGAAAGAAATGTCATGATCAACGAGAGTAAGTATAGCATGATAATTCTT ACGGTCTTACCAAGACAACTAGTGCTCAAAACTCACAATCTCAAGCTTAAGATCGCTGATCCAACTGCAATTTAACTGAG GTTGCGATTTAGATCAGAGAAGCCACCTGACCATGATGGTGCAATCTTATGATTAAGAAGCGATCTTGACAACAATGTTC AAATTCCCTAATCCATCCTGTTTTTCCAGATTTCACAATTGAAGAAGGCTGTTGGAACAGGCACAACATAAGCTTCTTTA TCGGAAGGACAAAGAAGCTGAGTTGGATGACAGCGATGAACCTTAAACAGTTCTGTCGAGCAAAGATGTGATTAGACATG GGGGAGCTTATAAGCAATATCTGGTTAAGGGGAAAAATAGATCTGTTTATGACACTACTTGGGAGGATGAGTTCACTTCA TCATCCACTGCCAATTTCCAAATTTACCCTTTTGAGGACAAGGCTCTTATTGGTAATGATAGAGCCGAGCTGAGTTCTAA TGTTAGTGAAGCCAAAGAGACCATGGTCCAAGCGGACCCAAGACTTGGATAGTTTAATCAAGGAGAAAGAAGGTAGTGTA GGGAGCTGCTCACTAGAGGCGTGGCCAAATTCGTATGCTGAGAGGAGAGTAGGGATTAAGGAAACCATTGAGAATAGTTA GAGACCTAGGCTCTAGGATGGGGTGAGTCTTTTTTTTCTCTTCTTGCAAGAACTTTGAGCTCCTCTTTAGTGGAATAATA CTCATTTCTAGAACTGTTCTTCTTTGTTTCCTATTGGATTGTCTCCAAAGTGAGCAAATAATCCACCATTGATTTAATTT GGAGAACATCGTAACTTGGACCTAGACCTACAACAATTTAAAGGTGGATACACCTTTACTTTACATAAAGGCTCGCTTTG GAAGATCTTTTTCAATACATGAGGAGGTAACAATGACATCTCCATAGGATTGATAAAATTATCTAACATTCATATACTAG AGAAATGAATGGAAAAGTAACCCAGATCTAAGCAGGCACAAAGCAGATAGGAAGTGTCTTACCTGATCAAAACCAAGACT GAACAAGTCTGCGCTAGCATTAGACACAGCAA
CDS sequence (LotjaGi1g1v0438600.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTGCACAGACCCCGTTCCATGTTTTGGCTGTTGATGACAGTCTTATTGATAGAATGTTGATTGAGAGACTCCTAAA AAGATCTTCCTTTCATGTTACTACAGTGGACTCTGCCAGTAAGGCTTTAAAATTTCTTGGTTTGGTTGAAGATGAGTTGA GGAATTTTGACACTAATGTTGCTTCAGAAATTCATCAGATGCAGGATGTAGATGTAAACCTGATCATAACAGATTACTGT ATGCCAGGAATGACTGGCTATGATCTGCTGAGAAAAATCAAGGAAACTAAATCTCTTAAAGACATACCAGTTGTAATTAT GTCCTCAGAGAATGTTCCATCAAGGATCAACAGATGCCTAGAGGAGGGAGCTGAAGAATTCTTCCTGAAACCAGTTAGGC TATCAGATTTAAACAAGCTCAAGCCCCATTTGTTGAAGTCAAGAGTGAAGGAAGAGCAAGACCAACCCATCAAATGA
Protein sequence (LotjaGi1g1v0438600.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAAQTPFHVLAVDDSLIDRMLIERLLKRSSFHVTTVDSASKALKFLGLVEDELRNFDTNVASEIHQMQDVDVNLIITDYC MPGMTGYDLLRKIKETKSLKDIPVVIMSSENVPSRINRCLEEGAEEFFLKPVRLSDLNKLKPHLLKSRVKEEQDQPIK
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 | 3 | 154 | 152 | 1.9E-78 | – | |
| PANTHER | 3 | 154 | 152 | 1.9E-78 | – | |
| SUPERFAMILY | 6 | 147 | 142 | 6.64E-28 | ||
| SMART | 7 | 141 | 135 | 6.7E-18 | ||
| Gene3D | 8 | 158 | 151 | 9.2E-32 | – | |
| ProSiteProfiles | 8 | 145 | 138 | 33.819 | ||
| Pfam | 9 | 139 | 131 | 2.4E-19 | ||
| CDD | 10 | 137 | 128 | 5.07999E-23 |
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 |
|---|---|---|---|---|
| Biological process | Phosphorelay signal transduction system | A conserved series of molecular signals found in prokaryotes and eukaryotes; involves autophosphorylation of a histidine kinase and the transfer of the phosphate group to an aspartate that then acts as a phospho-donor to response regulator proteins. |
Expression pattern of LotjaGi1g1v0438600.1, 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…