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 | LotjaGi1g1v0354000 |
| Transcript ID | LotjaGi1g1v0354000.2 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | B3 domain-containing protein; TAIR: AT5G42700.1 AP2/B3-like transcriptional factor family protein; Swiss-Prot: sp|Q9FMZ4|Y5270_ARATH B3 domain-containing protein At5g42700; TrEMBL-Plants: tr|I3SCU0|I3SCU0_LOTJA Uncharacterized protein; Found in the gene: LotjaGi1g1v0354000 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:82576596..82587818) extracted from Lotus japonicus Gifu genome v1.2.
TCATCAGTGAGTGTTGGCGGTGAAAATGGTGGCGAAATACGAAGAGTCTCGCCGGAAAAGATTGGAGGAGAACAAGAAGA GGATGGAGGCTCTCAACCTCCCTCAGCTCTCTCAAGCTCTTCGCAACTCCCCTTCTCCCAAACCCTCTCCGGTTAGTTTC AACCTCTCTCTTTCTCACCGTCTCTTCAGTTTCCATTCTGATTTTCCGATTCCACTTTCCGATCACCGCCGTGCTTTTCA TGTTTCAGCTGAAGCAAGTGAAATCTCGCACCATCCAGAAAGACCTCGTTGTGGTGAGGAGGTCCGGCCGTGTCGCCAAC ATGCCCGCTCCTGTTTACAAAGAAGTAAACTCACCACCCTCTCTACCTTCCATCAATCACTCTCTCGCTCTCGCTCTCAC TCTCGCTAATTGCCATTTTCTTTTTTCTATATTACACAGATTCTTATTGATAGCGTGAAGATACCTCGAATTAGAAGGTT TGTTTGTTTTTGTGAATGGAGTGGAGTGTCTGCTTCTTCTTTCGTTTGCTAATGTATGTGCATTTTTCTATTTAATGAAC CTTATGCTTGTAGGGCTTATACGAATACGAGTAAGTACAGGGATTATTCGAATCGGGTGTATGCGTCGATGGAAGACAGA GAGGAAGCTATGGAGAAAGCTGATAAGTTACTTGAGGATTTAGGTTCTGATCATCCAGCTTTCATCAAGTCAATGCTCCA GTCCCATGTCACTGGTGGATTCTGGCTGGTAATTCAGTTTCTGGGGTTTCACTTTTTGTCAATGTTATGCTCCCTTTTAT TGACACTTTATTATTCCTTCTGAAATGGGGTTCAGCTTCATGAACCATTTACTTCAAATCAACATATTTGTAACTTATGC TATGTAGCTTATTTTCATGTCTATTCACTTGAGCCATTCCTTTTCTAAGATTTGGCTCACTCACTTTAGAGTAAGCATCA TAACTATTAATAGTGATTGCCTGCCTTGAAAAAGACGATAAAATAACTCGGTCAATGGTTGTGATGCTTACTTTATTCTC TAAAGTGAGTGGAACTTTAAAGGAGCCAAACCCCCCTTTTCTAACTAATTGTAACTGAGTAGTTGCATCATAATAACTAA CTACAATCTAGTGTAGCAGAGTCTAGACTAGTCTCTAGACTCCAATACTGGTTGAGTTGGCAAGACATGCGAGTCAAGAA TAAAATGCATCGACTGCAATCAACTAGTAAGGTGGACTAGAGCTTGGTATTTTGTCTCAGAGGAAGATATAGAAATATTA GCTTGTTTCTTAGATTTCCAGGAGACCAAGGATGCCCCTAAACAATATTTAGTAATTAACCTTCTTGAGTCAGGGCAGCC TAATAGAACCAGTAATGGAAGAACTCTGAATTGCTGGTGGGAAAGAAAAAAGGCCTTTTTATGAGGGGAAACTCTTGAGA TAGTTAAATATGCGGATCACTGCAGGGACAAGGAGTGATCCACAACTGATTGAGTATATTTCTTAATAAGAGTTTGGGAC AGTTTGAGGCAATAGAGAGATTTATGCAGTCACATACTTTGGTTGGATCAACTGATCGGTAACTGGCAACTGTCTGTTAG TAAGGATTAGTTACTAGTTAGCTTAACAGTTAGTTAGTGAATGAGTTAGTTAGAGAGAGTGAGAGAGGAGAGACTATAAA TAAGAGGGAAAGGGGAATAAGAAGTAGGGCTAGATTGTAATCAGGGATATATGGGGAGAGTGCTGGTCTCTAGATTTTAT TTCTATTATTCTGTATTTGCTGGTTCCTATCATGTGGGTCACCTGGAAGAACTTGTTCAAGGAACTACACTCTAGCTAAT GTGATAGCAAGCAGGATTCTATCATGGGGATCACCTTGAAGAATTGCATTATTTACATCCACTTGATCAAGGAACAACTA CCCTCTAGCATGAGTGATAGCAAGCAGGATTCTTACAAAGTTATAGCAGTGAGGCTGCAGGAGAAAATGCCCCAAAGTAC TCCCATCAGCCTTGTACTTGATTTTAATATTCTATATCATTTGCAACCAATTTGGTGCTTTCTCGGAGGAAGAGAAACAA TGTGACCAAGTGATTTTCTCAAGAGCATCCAACATTCAAATTTAAAGCTTGCTGTGCCTTTGGTTTTGTCTTGGACTCTT GGAGGGAAAAAAATTGGTATCCTGAGGAACATTTTGAGTAAGATAAAAATGAAGTAGATATTGAAGGAATAATGTTATTG GTCATCGAAGATGTTACAATGGTAATCTTTAAATTTAAAATAGCTTGGGGTGTTTCTGGTGTGGGTAGACTGTCTGGTGT TAGGTGGCTGAGGTTGTGATTCTATGGAGTTGTGAGGTAAAGAGGTTAAGGTGATCGAGTCAAGAATGGAAGGAAAAAGA TCAAGGTTCAGGTCAGTAGATGGGAATGCAGACTGTGGAATAGCAGGCTGAGTTTGTCCAGAATTGGTTTCATCACTGGC TGGTGCAAAAGGAAATCTACTCATAGAAAATGACATTGTGAGATAAGATTTGATAAGAACCTAGATTGCAATGCAACCTT GAACCTAGCATAAAAAATATTACAAACAGAAAATTTAGGAGTAACTTGTGATGGCATACCAAGTCCGAACAAGCCACCAT ACATATTAGCTGAACCTGTCGTCTTTTTAGTTGAAATATTACAATTACCAACAGAAAATTTAGGAGTTACTTGTGATGGC ATACCAACTACAAAGTATGAACAACCCACCATGCATATTAGCTGAACCTATAGTGTTTTTAGTTGAAATCTGTTTAGTAA GATGAATTATTATGAAAACAAGGAAACAATTCAGAGTTTGAATCAATTTTTTTACAGAAACCAAGTTGACCTTAAATTCA GCATCACATTAGGTGTAATATTTTGTTATTATATATCTTTTTAAGACAATCATATTAGGTTGAATCTTGATATTTTATGC ATAATTCGTTTTTGATATTTTTTGTAATTGCAAGTATTTATTGAGACAGAAATGTTAAGTGCATTTTGACCCACAAATTA TATTGGGTTAATCAATTTGCCAATCCTTGACAACAGGGACTTCCATGCCATTTCTGCATTGACAACCTTCCTAAACAGGA TGAAATGATTACTTTGATTGATGAGGATGGGGATGAGTATCCAACAGTATATTTGGCTCGCAAAAAAGGACTCAGTGGTG GATGGAGAGGCTTTGCGATTGCTCATGACCTAGCTGACGGGGACGCTTTGATTTTTCAATTAACTAATCGCAGTACATTC AAGGTGATTAAGAATTGATGATGCTCATTCATGACTTAATGTTAACACATGAATCATAGTGAAAAAAAACTTACCTGTAT GTGACTAAATAATGAAGTCTTTGACCGTTTATTTTAACTCTTGTTGGCAATATTTTTCAATCCATAAGCTGTGGTATCAA TATTTATACACCATTTTAGTTATTTCAAATGTTACGCAAGGGTTTTAAGGTTTTTATAATAAACAATTATGATCTTTTAA TTATTAATATCTTAAATTTTGTAGCTTTGTTAAATACTTTTTTTTTATATAATTCCTTAGTATGTATCCTTAGGAATTAG CAAGATACTCGTTATTTAGTTTTCTTCTCTGACATGTTCCCTCTGAGCTCTCTATCAAGCAATAGCATGAGTTTTTGATG GCTATAGGTGAATGATTCAATAAAAAAACTCAAGATAATAGAATAATTATAAATTTTAATGTACTTTCTGCAGCCTAAAT ATATGTTCTCTTCCAGGTCTACATTATTAGAGTGGACAGCCCTTCAGAGGATACAGCTTAAGTGAATGGCACTTGGAGAT TGGAGCCAGAAATATTAAGGTATTACTTGCTTGGCAAACATAAACATTCAAAATTATCTCCTCAGTAAGATGGAAATGGA ATTATAATTTTACTGTTTTTATATTATTTTATTTTTTTATTCCTATTACATGCCAACAACTTGTTTCTACAGTACGGGGG ATAGTTTTGTACCATTTGATAGTAGTGCCATGGAATTTTTTTTCATGAGTAATTATACTTAGACATACAAATACACTCAA TAGTCAATAGACATCCCATTTTTCCTTTATTTATCTCTTATAATGTATATCATATATCCCATTCACTACTGTTATTGGAT GCATGCATTGTGCACATTTCTATCAAATATTTTCCTTTCATGGTTTGGGGCATGGATTTTCCTTAACTACATTTGAGTGG TGAAAATGTAGTCAAACATTTTCCTCTGGACATGAATTCTTTTGGGGCCAAACTGCCATTAAAATGAAAAAAATTGATCT TAAGAGTCATGCTTATCACAAAAAATATAAGAAAGTCCATAGGAAAAGAATAGAGAAGATGATCCTTCTGGCAAAGCCAA TCCGGCGTTCTGTTCGCTTTCATGGTACATAATAACCGTCCTTACTGAAGTAATCCAATACATAAAAGTGATTGAATGTG TAGTGATGAAATAAATGAGATGATGATGTAGATTATGAAAGAAACCACTATCATTTTTAATAATATTTAGAGGTAATTAA ATTGATGCAATTCAGTGAGATAATGATGATGATGAAGACTTGTATCGATCTGCAAAGGCTTACTTTGCATTAAGCTTGAA ATGTTTGAATACTTACAACAATCAATCATGTCCGAGTACATTGGTTTTCATGTTTCTTAGTTGCTTTTGAGGGTTAGGGG TTTAGGCACACAGCCAATTTTCTCATCACATTCTGTCTGGTTCTTTTGCGGTTGCAGAAATATTCAAACAAAACTTATGT TTGTTGATTATGCGCCTGTATAAAAGTTGCATAAACAGACCTAAAAATTATGCTTGTTCTTATATGCATTTTGATTCATG AGCTGTGAAAGTTTGCTTTTGCTTCAGTTTTAATTGATTTCTTCTGGTACCTGAGTAGCATGAGTGGTGCTTTCTCATTA ATACCTCTATTTATTTATATATTTCTTTTTTCTCTTGCAGGTAGACACTGATATGGTTAAGTTCCGTCTGGGGCTCAGTT TTTGGGGTAAAACTTGTAGTTTGTCTAACGTATGTATGATGTTTAACTTGTAACTTCATCTTTTGTAGTAGAGCTAACGA TTGATGTTTAGGAACTGGCTCTTCTGCACGTATATATAAATTAACAGAGCGACCCTATGTGTGGGACCTTACTGAATCTG ATCTATTAAGAGCATGTAGTTTTAGATTGAAATTGAAAGCTCATTAACACAGGGCCCTATCCTTTTACCACTACGACCTG CAATTGATGGGTAAACATAATATTTACTTTGAAAACAATAAAAAATGACAAAAATATTGTTTTATATACAAAATGATGAG TTAGTCAATCAAAACCCACACAAAATGTTTTAAAAAAAAAAGCAAAGAAAATTGTTTCTTCCAAATTATGATGGAGGTGT GGCTTGGTGGTTACTTTCGCCCCTTAATTATGAGGTTAGGGGTTTTGATCTTCTCCATGCATGGCAATTGAAACATTTTG TGTTATGTTTAGGGCTTAACGTGAGCATCTACGACATGAGGATTAATTACCGAAGTTGCTGATGGTAGTGCTACAAGTTG ATCGTCACAATAAGTTCATTGCAGTTATGACAATTTTCAATGATGATTGGACATATAAGAATTATTTTGAAAATTAATAA CCTGTAGTCAATAATTTGCTATACTCTCAAAATTATCAATGAAATTTGACGTCATTATGAGAATCATGTTATTGATGGGA AATTTTTTTGTAACATTTTTTTTGTTATTTATTTTTTGTACATGTTAACGAGGGAAAAATGATCCTCCCAAATATTCAAA AGCTTGATCATGTCATTATGTCAACATACATGACTCAAATCCTATGTGCCTTGTATGGTGTCCCCAGTCCGGCACCAAAT CAAAATTTGCAACATCAATTATTATTGTTACGCTGCGTCGTTATTATCCGTGTTTCTCCCAACCTTACTCGTTATACCTG AATTGTGAAAAGAATTGAGATTGTTACTGCAAATCCTTATTTCAAAATCAATAATCAAATTGAACCATAAACAGGGAATA CATCCAAAATGCGAATTGATGTGGAGAAACAACAGACTTACTTGAAAACACATGGAACAAGAGTAGATCAATACTTGGAA GGTGAAAGTAAATCGACGAACTAACCAAGTAGTAGGAGATGGCCATGTGACTTGTGAACTGCGAATTGCTTACGAAATGA CAACTTGCGATTAGGTATAGGAGATGTAAATATAGAACAATTACTATGAAAAGAAAAACACTAAGAAGGAGAGAAAGAAA AAAAAAAAACCTAATTATGAAAATTCAAACATGAAATGGAATAAAGAAGGCGACGTAATCCCAAACTTGAAATTAAAATG GAAATGTCCTAAAAAATCGAGCGAGAAGAATAAATGGAAGAACAAACAATCAAATCGGGACTGAGCTAGAAAAAGAATTA CTAGCCAAGAGTAGAGGGAACTATGAGAGAACATACTTCAAAGTTTAACGTGTTTCCATTTAACGGAAAGTGTGTAACAA GTTAGAGTTCATAATTGATTATGTATCAAAATAATTGATGTTGAAAATTTTGATTTAGGGACCAAGAAACAACATTATAA GAGAAGAAATTATTTGAGTCCCAACATCTAATCACTAATTTTTGTTGTTGTTGTTGTTTTTTTTATGTCGGAAAGATAAA TTTTGTTGTTTAATAATGAGTGTTTTAAAAATATCAATTAAGAAAAATTTTATATAAAAAATAAATATTAAATATTTCAT TATTATATTCTATTAATAATATTTTCTTACAAGTGATTAGGGGAAGTGAGAAGGCAACGGTCGACAGGGCAGTAGAGAAT ATTTACATATAAATTTCAAAACCTCTTCTTCTTCTTCGTACTATCATTGAGCTAGTGTACTGTTGGCGGTGAAAATGGTG GCGCAATACGAAGAGATTCGCCGGCAAAGAGTGGAGGAGAACAGGAAGAGGATGGAAGCTCTCAACCTCCCTCAGCTCTC TCACGCTCTTCGCAAATCCCCTTCTCCCAAACCCTCTCCGGTAAGTTCCAACCTCTCTCTCACCGTCACTTCAGTTTCCA TTCCAATTTCCCGATTCCACTTTCCGATCACCGCCGTGCTTTTCATGTTCCAGCTGAAGCAAGTGAAATCTCGCACCACC CAGAAAGAGCTTGTTGAGGTCAGGAGGTCCAGCCGTGTCGCCAACATGCCCACTCCTGTTTACAAAGAAGTAAACTAACC TCTCTCTCTCTCTCTCTCTCTAGCTTCCATTATTTTCTGGCTGTTACTAACCGCCACCATTTTCTTTCTCTGTCACACAG GTGTCTGTTGATACTGGGAAAATGCCTCGAATTCGAAGGTTAGGTTATTTAATGTTATGGAAATGGATTTTTCTTTTTAT TGTGAGCTTAGTAATGTATATTTATGTGTATTTTTTGATCTCATGGTTTGTAGAGCTTACAATAAGCATAGGGATTATTC GAATCGGGTGTATGCTTCAGATGAAGACAGGGAGGAAGCCTTTGAGAGAGCAGAAAAGTTACTTGAGGATTTAGGATCTG AATTTCCTGCCTTCACCAAGCCAATGCTTCAGTCCCACGTCAGCGGGGGATTCTGGCTGGTAATTAAGTTTCTAGGGTTT CACTTTTTTGTCCATGTTATGCTGCATTTTTTTATGTTCAAATCATCATATTTGTGACTCATGTAGCTAATTTTTCATGT CTATTCACTTAGCCATATCTTTTTCACACAATGCCTGGACCGGGACTCTGCCTGGTTTAAGACATCCTTTGAGAATTAAA TCTTACTTTATGTAATGTTTACTAGAAATATTGAAGGTAAATTGTTGGGTAGCTTGACTTCAGTCTACTAGTTTAAGCTA AATATGCCCTTGAACTTAATGGGAGACGAGTGCTCTCTTTGCTTGATTAATAGGGCTTCTTTATAGAAATAAATGCATAT TTTAATTAGAGTTCTTAGTGCGTTTACATAAAAATTATTTGGGGTTTAAACCAAATTTCATATTATGGTTATTTGTTAAA GATGGAATTTAGACAATGTTGTTAATGGCGGATGGTGGACGATGGCGGAGAGCTAAAAACCCGCCATATTTGACAAATAA AGATGGCGGGATATCGGTCATGGCGGAGAGCCAAAATTCCACCATGAGATTCCGCCATGGCAGATATTTTATAACACTGA ATTAAATTGAGGACAAATCGATAAACTTTCCTTTTCAAATTACCATGTTTAAGGGATGTTAGAGAAGTATTGACAGTTGG ATGGAGTTGTTAGTGAGAGGGTAGTCTGTTAAGAAGTTAGGTGAATGGTTAAATTGGAGGGAACTGAGAGGGTGTTCTTG AATAACATCAGTTCCGTTCTTCTGCATTGGCCGGTTCAATGTAAACAAGAAGCACAGTGAATGAATTGCCATTAGTAATC CGCTGCTGATTGAGTATATTTCTTAAGAAGTGTCTGAGACAGTTTGAGTACCCCTGCCTACTTGATTGCTTGAGGCTATA GAGAGATTTATGGAGTCAGCATACTTTGGAGGGATCGGCTGAGCGAGGGTTAGTTAGCATGACAATGATTTAGTTAGTCA ATGAGTTTATTAGAAAGAGTGTAGAGACACTATAAATAAGAGGGAAAGGGGAATAGGTAGGGGCGTAGGGTATCTTGAAT AACATCAAAACAATGCAGGCAGGAGGAACTCCATGAAGAAATGCATTATTTACATTTACTTGTTCAAGGAACTAGCCTCT AGCTACTGTGATAGCAAGTGGCATCTTACAAAATGTATCAATTTTCCTTTCTTGATCATTATGAGAATGAGATTTTCTAG AAATATATGGCAATTTTCTTTGTTTAGTAATGTGGCATGCATTATGTGGTGGACCAACAAAATAAAGGGAAACTGATTAT AAAGGACCTTGAACCTAGCATCAGAAATATGCTCTAGTCTTTGATGTCACAGTGAAGCATCATTCCTTACGTATGAACAA CAGAAACTTGTGATGGCATACTAAGTATGAACAACCACCATGTATATTAGCTGAACCAATCGTCTTTTGGTAGAAATATG TTTAATGAGACAAGAATTATTATGAAAGTCAAGAAAACAATTCAGACTTTGTATCAATTTTGTTACAGAAACCAAGTTGA CCTTAAATGCGGGAACATGTTCGGTTGAATAATTTATACATGATTTGTTTTTATATTTTTCGTAATTGCAAGTTTTGTCT CGTGACAGAGAAATGTTAAATGCATTTTGACCCACAATTATTTATATTGGGCTAATCATTTCGGCAATCCTTGACAACAG GGCCTTCCAGTCCATTTCTGCAGGAAGAACCTACCTAAACAGGACGGAGTGATCACTTTGATTGATGAGGATGGTGATGA GTATTCAACAATATATTTGCCTCGAAAAACAGGACTAAGTGGTGGATGGAAAGGTTTTGCAGTTGCTCATGACCTAGCAG ACGGGGACGCTTTAGTTTTTCAATTAATCAAACGCACTGCATTCAAGGTGATTAAGTATTGATGATGGCTCATTCATTCC TTAGTGTTTAACCCATGAATCATATAATGATATTCACGAATTTTAATTTGAATTTTTTCACAAAAGGAAGTAGTAAAAAA ACCTGTGTTTGACTAACAATGAAGTCTTTGGCCTTTTATTTTAATTTTTGTTTGATATTTTAGTCCATATGCTGTAGGGT TTCTATGGTCATTAGAATAAACTTCAAAATTTTGATTGTTTTTTATTTTTAATTTATTATTTTAGAATTTTGCTATATGT TTTTATTTGTCAATTCCTTAGTAAGTATCCTTAGGAATTAACAAGATTCTGGTTAATTAGTTTTCTTCTCTTACCATGTG CTTTTTGGGCTCTCTATAAAGCAATTTTTGTATGAGTTTGATGCCTAGAGGTAGAATCATTAAAAAAATAAAAAGACTCA AGATATGAATTAAAAATCAATAAAATAATTATAATTTTGGTATGATTTTCAGCAACTTAAATATATATTTTGCTAAATTT TTTTTTCCAGGTCTATATTATTAGAGTGAACAGTCCTCCAGAGGGTACCACAGCTTAATGGCACTTGGAGATTGGAGCAA GAAATATTAATATAGGTATTATTCTTTTTGGCAAACATAAATTCTATCCTTAGTTAGATGTAAAAATAATTTTATTTCCT TTTTTATATTTTTTCTTCCTCTAGGAATACCTTTTGTTGAAATGAAATTAGAATCACCGGATAACAACTTGCTTCTTCTT GATGTGTGTATAGTTTTGGGGTTTAGTCCTACACATTTTGGGTACTGGACTACTGGTGCCATGAAATGGTGTTTTCATGT TTGGAACTCAAGTGATGAAAAATGTAGTAAACCCAGTGATGTGTAATGGGACATGAATATTTTTGGGGAATAGAATCTGG GAAAGCCCATAGGAGAACAAAAGAGAAGATGATCCTTCTGGCAATGCCACTTTGGTGTTCCGTTGGCTTTTACTGATTGC GAGCTTAATGCCTTCAAGTGTTAGCCTTTGCTGAGGACTGAGGTATATCATCCTTAATTAACTCTAAAAATTATTAAAAA TGACAATAGTTTCTTTCATAACCTTCATGGTTAAGTGTCATCTCGCAAAGGCTAACACTTGAAGGCATTAAGCTCGCAAT CAGTAATATTTGAAGTATTATTTTCTTTCGTAGGGATTATTTCAACAATGAATTGTTTTTCATTTTTCTTAGTTCCTTCC AAGGGTTAAGGGTTTAGGCACACTGCAAAATTTCCCACCAGTTTGCAGAAATAGTCCTATAAAACCTTTGCATCTTGATT CTTGAGCTGTGAAAGTTTGGTTTTGCTTCAGATTTAATTTGATTTCTGATTTCTTCTATCTGAGTGGTGCTCTCTCATAA ATTCCTCTACTTATTCATTTGCTTATTTTTTCTTTTGCAGGTTCTATATGGTCAAGTTCCGTCTTGGAAGTCTTGGGTTT AGTTTTTTGGTGTAAACTTGTAGTTTTTCTAAACCCTGATATTTAACTTGTAATTTATCTTTACAAGTATTAGGAACTGG CTCTTCTGGATGTATAAATGAACAATGAACACAACGACCCTTTGCCGGGCTTTTTTTGGATCTGACCTATTAAATATAAT ATATAAACAGCGTTATTTGAAAA
CDS sequence (LotjaGi1g1v0354000.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGTGGCGAAATACGAAGAGTCTCGCCGGAAAAGATTGGAGGAGAACAAGAAGAGGATGGAGGCTCTCAACCTCCCTCA GCTCTCTCAAGCTCTTCGCAACTCCCCTTCTCCCAAACCCTCTCCGCTGAAGCAAGTGAAATCTCGCACCACCCAGAAAG AGCTTGTTGAGGTCAGGAGGTCCAGCCGTGTCGCCAACATGCCCACTCCTGTTTACAAAGAAGTGTCTGTTGATACTGGG AAAATGCCTCGAATTCGAAGAGCTTACAATAAGCATAGGGATTATTCGAATCGGGTGTATGCTTCAGATGAAGACAGGGA GGAAGCCTTTGAGAGAGCAGAAAAGTTACTTGAGGATTTAGGATCTGAATTTCCTGCCTTCACCAAGCCAATGCTTCAGT CCCACGTCAGCGGGGGATTCTGGCTGGGCCTTCCAGTCCATTTCTGCAGGAAGAACCTACCTAAACAGGACGGAGTGATC ACTTTGATTGATGAGGATGGTGATGAGTATTCAACAATATATTTGCCTCGAAAAACAGGACTAAGTGGTGGATGGAAAGG TTTTGCAGTTGCTCATGACCTAGCAGACGGGGACGCTTTAGTTTTTCAATTAATCAAACGCACTGCATTCAAGGTCTATA TTATTAGAGTGAACAGTCCTCCAGAGGGTACCACAGCTTAA
Protein sequence (LotjaGi1g1v0354000.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MVAKYEESRRKRLEENKKRMEALNLPQLSQALRNSPSPKPSPLKQVKSRTTQKELVEVRRSSRVANMPTPVYKEVSVDTG KMPRIRRAYNKHRDYSNRVYASDEDREEAFERAEKLLEDLGSEFPAFTKPMLQSHVSGGFWLGLPVHFCRKNLPKQDGVI TLIDEDGDEYSTIYLPRKTGLSGGWKGFAVAHDLADGDALVFQLIKRTAFKVYIIRVNSPPEGTTA
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 |
|---|---|---|---|---|---|---|
| MobiDBLite | 1 | 54 | 54 | - | – | |
| MobiDBLite | 1 | 21 | 21 | - | – | |
| Coils | 3 | 23 | 21 | - | – | |
| PANTHER | 3 | 224 | 222 | 7.3E-108 | – | |
| PANTHER | 3 | 224 | 222 | 7.3E-108 | – | |
| MobiDBLite | 27 | 49 | 23 | - | – | |
| Gene3D | 102 | 219 | 118 | 1.0E-25 | ||
| SUPERFAMILY | 121 | 218 | 98 | 1.51E-24 | ||
| CDD | 125 | 216 | 92 | 4.88642E-29 | ||
| SMART | 127 | 218 | 92 | 5.2E-25 | ||
| ProSiteProfiles | 127 | 218 | 92 | 12.393 | ||
| Pfam | 127 | 216 | 90 | 1.8E-15 |
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 | DNA binding | Any molecular function by which a gene product interacts selectively and non-covalently with DNA (deoxyribonucleic acid). |
Expression pattern of LotjaGi1g1v0354000.2, 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…