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 | LotjaGi4g1v0224400 |
| Transcript ID | LotjaGi4g1v0224400.1 |
| Related isoforms 2 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | 26S proteasome non-ATPase regulatory subunit; TAIR: AT4G24820.1 26S proteasome regulatory subunit Rpn7; Swiss-Prot: sp|Q93Y35|PSMD6_ARATH 26S proteasome non-ATPase regulatory subunit 6 homolog; TrEMBL-Plants: tr|A0A151TE54|A0A151TE54_CAJCA Putative 26S proteasome non-ATPase regulatory subunit 6; Found in the gene: LotjaGi4g1v0224400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:53011759..53023227) extracted from Lotus japonicus Gifu genome v1.2.
ATTTTTTTTCTTTCCACATGTAAACAATTTTTTGTGATTAAAATTTTAAACTAATTTATACTTTAATTTCTTATATGTTA CCGAAATTGCACGACATGCTTTCCCTTCCCTTCACTTAATCCGTTCCAAAATTCCTTCCAACGCCCTCACTCACTTTACT CCGCACACACCCGAACCCGATAGCCACCGCCGGTGAGTTCTCCCTCTCCCTCCCTCTCTCTTTCTCCGCACCGTCACTCA CTCTTTTGGGTTTCTTTTGCCTCAGATCTCTCGATCTCTCGCAGTTGCCACTGACCCCAATCTCGTGACCGTTTCTTCCA TCACTCACTCCAGGTATTGCGATTCGAATTTCGCATAGCTTAGTGCTTCGAAAAATTGCAAGTATTTTCTTGTTAATTAG TGGGTGATCTTTTGCTCCGCATCTTGTGTTGTTTTCAGCATAACTTAGGTTTTGTAATGCTTTGTGACTTTATATAGTTC AAAGTTTTGGCAATGATGTTAGTTTATATTTCAAAATTTTAGTATATATGGAAGTGGATTAGTCATGCTGTGTAATGTGG TAGAAGAAGAAGATATAGTTGGTGTGATTGAAATGTTGGTGACATGAGGTTGCAGGTTGTGAGTTGTGACTGTTGCTAAG GAAGCATTTGAAACTGATCTAAACGATAGTAATTAATAAATGATTGGTTATGGTAGGCGATAATGGATGTTATTAAACTT AATTCTGATGCTTTATTGTATTCAGCTTACTTCGACTTAAACTATGATTATTGATTGGCCTAAATTACAAAGTGCGAGCG TGAGCAATATTCCGCACATGATAGCATTTGCTTTCGAAAGATGTCTTTTGTCAACAGATTCTTTGCATATATTTCCAAAG GACCATCGAATGTTCTTAGTTTGCAAGATGATGGTTTACTCACCATTTGTTTAGTGTTTGCAATTACATTAAATTTGGTT TGTGGTTGTGAGATCGTGAATTTTAATTCACTGGTTTATATTTTGTGGTTTTGATGTTGCCTTTGTTGCCATCCCTAAAC TGAGCTTCACACTGTTATTTACTTTTTCCTTCCCAAGTAAAGTGGTAAGCAAGGTGATGGGGTTGGAAGGAGAAGAGGGT TCTCAGCAGCCACAGCTTGTGCTGGCCGACAAACTATTCCTTCTGAAACAACCGGATGTGCAAGACATTAACAAGGTTCG CTTCAAGGAGGAAGTTTTCAAGCATGTCAAGGATAACGGTAGCTTACAGTCTTACACCCTTTCCATCTCTCTCTCTCTCT CACTCGCTCTCTCTATATATATGTGTGTGCGTGTGTATCTATACATATATATTTATATATATGATACCCTGACTGTTCTT TTTTGGGTACAGATATGGTCCCTTTATACGAAACCCTAGTTGCTGATTCTGTGTTCGAAATGGATCGTACCCTTTTGGAC TCTATGCGTGCAAAAATTGATGATGAACTCAAAAAGCTTGATGAAAAGTGAGTCTCTCTGTCTGCCCGCCTCTCTCTCTC TCTCTCACAACCTAGGACGCATTTTATTGCCCAATTTTTTGGAGATGGGTGTAGCAATTGAGAATTTTGGATTTGAAAGG CTGGTTAAACTGTTTAATAAAGTCTGTACGTGATTTTTAAGGGAGGGTGATACCATAGCTGTATCATCATCCTAGCAACT CTGAGTTTCTTCATGTTCTTTTTCCAATTAACCTCTAATGCGGGTTCTGCTTATTTGTACTACACTAATTTGTTTGGTAC ATGTTGATGGTTGTTGCTCTTATATGATGATTGATGATTGCTTGGTTGTCCAGTACTTCATTATTCTTTTTATGATGATT GATGTTTGTCATCACTCCATCACTATCACAGTCATCATTGAGGCTGTGAACTGTGTTAATCCCCCCTCCCCCCAAATATG ATGTACCAAACTTACTTGGCTTGAGCATGTGGACAGGGTGCATGGAAAATTGAAAAAATGAGATGCTAAATGCCTTCCAA TGAAGTATGTTTGAAGTTGTGAATCCGTGTTTCTCTTGATTTAATTTTTTCCCTCTCCTGCAATGTGTATATGTATGTGT CTGTGATTGCTGGAAAACAACTTATGCCCATACTCTGATCTTATATTGAATTCAATATGAAAAATCGAGTGTAATGAATA ATGGTGTGTTGTCAGGGAAAATGAAATGTTATTGTGTGCATCAAATTATATGATTATATTATTTAAATTATTTATGTTGA GACTATGAATCAAATTAGCACCTAACTGGCAATGGTGATATATATTGACTTGGCCAAACGTTGCTTGCTTGATGTGTGTA TTTTTTTTTCTTTCAAATTCCTGTTATGTACCCAGTGTCGCCAGTGGCATGCGACCGCCACTGGCAGCAAGCCCCAAAAC ATACATGATGCGTAGCAGATGAGATGGAAACCACCATAGCTAAGCCAAGGCAACATTTTTTTAATATATGTTAAATTTAT TACCTGTGCCTAATAATGATGTGTTAGGACCTGCGATCCAGTGGAAGGCCCATTAGCACTACATGGATCAGCTGGGCCTA AGGTGTGGAAGGTATATTCCAGAAAGGGTAGGAAGGTCAATCAGAATTAAGGACCCCACAGTAGAGTTGGTTGTAACCGT CTAGATATTAAGGAATAGAGTGAGAGGTTGAGGGTATCTTTTGATCATTCGAGGAATTAGAATGAATAGGAAGCAATGAG CTTCCTATAGGAGCTGAGCTCTGGTCAGAATCTGGGATTACTACTCCCTCTCTGTATTTTTCCATTTACTTTCAATAAAC AATCAACTGCATTTCTTGGTTATTTTGAGTTCTTTCTGTTCATTGTTGAATCCAGATTGTTGGGTTTCCAACAAACTGGT CCGACCTGCCGGATACCCATTCCGAAATCAGTGAATGCCACCGAAGAAGACCAAGCACACCGGTCAGAAGATGGAGGCCA AGGTCGATGCATTGGAGGGTGAGCTCGCGGAGATGCGATCGTCTCTCGCGGCGGTGACCACCGCGGTCAAGGACTTACCT GCAACGCTGGTTGCTATGCTGGAGAAATCGATGGGAAAATCAGTACAGATCGGAGAAGAGAGCGTGAATCAAAGGAACGG AGGAACACCACAACCGATGGGAGCTATACCCAGCGCCGGAGAATCAAGTGGGTTGCAGGGAGATGCATTGCTGGAATTTC GACACTCTGCCAAGAAGGTAGAGCTGCCGATGTTCAACGGAGAGGACCCAGCCGGTTGGATCTCACGAGCTGAGGTCTAT TTCCGGGTGCAAGGTACATCACCGACGGTGAAGGTGAGTCTATCACAGTTGAGCATGGAGGGGCCAACCATCCACTTCTT CAATTCACTACTGGAAGCCGATGCTGCACTGTCGTGGGAGAAGCTTCGTGACGCACTTCTGGAGCGGTACGGTGGCCATG GGGAGGGCGACGTGTACGAACAGCTGACAGAGTTACGTCAGCGTGGGTCGATCGATGAATACATCACCGAGTTCGAGTAT TTAACAGCCCAGATCCCTCGTTTGCCTGATAAGCAATTCCAGGGGTATTTCCTTCATGGATTGAAGGAGGAAATTAGGGG AAAGGTTCGAAGCTTGGCGATAATGGAGGGTATGAGTCGATCAAAGCTGTTGATGGCTGCGCGTGTGGTAGAGAAGGAGG TGAAAGGGGATAGTGGATCGGGTTATTCTCGGGGATCCAGAGGGAACGGACCGGGTTTTTGGCCCGGAGCGAACGGGTCA AGTAAACCGGGAGGGAGTGACTGGATCTGGGTACGTGGGGCAAAAGACAATGGGGCCGCAGTAACAAAAACTGGACAAAA TGGGCCAAGGGTTGAACAGCAGGCCCAAGGTGAAACGCGTCGTGTTGGGCCAAGGGATCGTGGTTTTTCCCACCTCACTT ACCAAGAACTGCTGGACCGTAAGCAAAAAGGGAAATGTTTCAAATGCGGTGGGCCTTACCATCCCATGCATCAGTGCCCC GATAAGCAGCTCCGCGTGCTTATTGTTGAAGACGGCGACGATGATGCAGAAGATAGCAAGCTTTTGGCAATGGAGATGGA AGAACAAGAAGGGGATCTGGAAGGAGAGCTGAGCATAATGGGCTTGTTCAACCTCTCTCACGAGCCCGATGCCAATCCTC AAACCATGAAGCTCCAAGGAAAGATTCATGGGGTTCCGGTGCTAGTACTAGTGGACAGTGGGGCCACACACAACTTCATC GAGCAAAAATTAGTTCAGAGGATGGGATGGGAAACCGAAGACACTCCCAGGATGTCGATCAAGCTCGGGGATGGATATCG AACACACACCCAGGGCAGGAGCAAATTGGTGAAGTTGGAGCTCGGGTCATACTCACTCAAATGCACTCCATATCTCTTCG AGTTAGGAGGACCGGATCTCGTGCTGGGGATTGAGTGGTTGAAGACTCTAGGAGATACCTTAATCAATTGGAGCAAACGC TCAATGAAGTTCTGGGATGGAACACAGTGGGTCACGCTACTAGGAATCGAAGCAGGGCAAGAAGCTCCAGTAGCCCTTCA AAGCATTGTCAGGAGAGTCCATAGAACTGAACAAGGGGAATTGCGGACAGTGGGGAATCGCAGAATTGAACAACCAGAAG AGCCAATTCTGCCAGTAGCCTTACACACAGAGTTGAAGTGTGTCTTGGAACGGTACGCTGACATATTCACTGAACGGGTT GGTTTACCACCCAGTAGAGGGAAAGAGCATTGTATCAATATCAGGGAAGGACATGGACCAATTAGTGTGCGACCATACCG ATACCCATACCTGCACAAGAATGAAATCGAGAAGCAAGTGAAGGAGATGTTAGAATCTGGGATCATACGCAACAGCACCA GTGCATATTCCAGCCCTGTCATTCTTGTCAAGAAGAAGGATCAAACATGGAGAATGTGCGTTGACTACAGGGCCTTGAAC AAGGTGACAGTACCTGACAAATTCCCAATACCAGTTATTGAGGAATTGTTAGACGAGTTACATGGGGCAAGCTTCTTCTC AAAGCTTGATTTAAAATCTGGATATCACCAAGTGCGAGTAAAAGCAGAGGATGTACACAAGACCGCTTTCCGCACTCATG AAGGGCATTACGAATTCCTCGTCATGCCATTTGGCTTGATGAACGCCTCGTCAACTTTCCAAAGTCTGATGAACGAAGTT TTCAGGCCCATGCTCCGCAAGTATGTCCTTGTTTTCTTCGACGACATACTCGTATATAGCAAGGATTGGACTACTCACAT GGAACATTTGAGCACAGTGCTGGAAACCTTGCGCACACATCAGCTGACCGCAAATAAGAAGAAGTGCCAATTCGCTCGTG ACAAGGTGGAGTACTTGGGGCATTTGATCTCAGCACAAGGTGTAGAGGTTGATCCCAGCAAAATAGTGAGCGTGCGTGAG TGGCCAACCCCAAAATCTGTGAAAGGAGTGAGAGGGTTCTTGGGATTGACCGGTTATTACCGGAAATTCATTCAGGATTA CGGAAAGGTAGCAAAACCACTCACTGACCTGACAAAGAAAGATGCCTTCTGCTGGAACTCTGATGCACAGCTAGCATTTG ACACTGTTAAGGAGAAACTCACCACAGCTCCGGTGTTGACACTTCCTAACTTTGAGAAGGAATTCTTAATCGAATGCGAC GCGTCGGGCACGGGATTAGGAGCAATCCTGATGCAGGGAAAGAATCCCATAGCATATTATAGCAAGGCACTTGGGGTGAG AAATTTGGCTAAATCAGCGTATGAGAAGGAGCTGATGGCAATCGCGTTGGCCATACAACATTGGCGGCCTTATCTTCTAG GTAGGAGATTCGTGGTTACTACCGACCAGAAGAGTCTCAAGGAACTACTACAGTAGCGAGTGGCCACAGGAGATCAACAG AATTGGACTGCTAAATTGCTTGGGTATGACTTCGAGATTCGCTACAAGCCAGGAAAATTGAACAGGGGAGCGGATGCTCT TTCACGAATCCAAGAAGGAATGGAGTTGCAGACCCTGTTGTCTTACCCAAGTTGGGATGAACAACGTCAGGTCCAAGAAG AGATCCTTGCTGACCCACACTTACAGCAAGTAATTAAAGAGAAGCAAGAGGACCTAATGTCGCACCCCGAGTTCAGGCTC CAACAGGGTGTTCTGTTCTACAAAGACCGCTTGGTCCTGTCCAAGCACTCTCAAATGATCCCAAAAATGCTCCACGAGTT CCATAACTCTCCCCAGGGAGGGCATTCGGGTTTTTTGCGAACATATCGCGGGTTAGCGGCCAACTTGTACTGGGTGGGAA TGAAGAATGTTATTCAGGAATTTGTTCGACGTTGTGACATTTGCCAACGACAAAAGTATCTTGCTACTTCTCCAGGGGGC CTTCTGCAACCTCTTCCGATTCCTGAGCGGATTTGGGAAGACATCTCAATCGATTTTGTCACAGGACTTCCAAAATCGAG GGGCTATGAGGCGATTCTTGTCGTCGTCGACCGCTTGTCAAAATACAGCCATTTCATTCCTCTGAAACACCCTTATACAG CTCGTAGCATTGCAGAAATTTTCACCAAGGAAGTTATACGCTTACATGGAATTCCGTCAACAATCGTAAGTGATCGCGAC CCCATATTTATGAGTCACTTCTGGAAAGAGCTTTTCAAGCTCCAAGGGACACAACTGAAGCTCAGTTCAGCGTATCATCC GGAATCGGATGGGCAAACGGAGGTGACCAACCGTTGCCTTGAAACCTACCTTCGGTGTTTTTCCGCTGATCAACCTAAGA CCTGGGCTATGTGGATGCACTGGGCGGAGTACTGGTTCAACACCACGTACCATTCAGCGACCCAGCTCACCCCATTTGAA GTTGTTTATGGCCGCAAGCCTCCCGCTCTCGCGCGATGGGGATTGGGAGAAACGCGCGTCGCCGCTGTCCAACAGGAGCT GGTTGATCGAGACGAAGCTCTCCGGCAACTTAACACTCAGCTCTTGCGAGCCCAAACTCGTATGAAGTCGCAGGTGGATG CTAAGCGTGTGGACCGCTCGTTTGCCATTGGGGAGTGGGTCTTCGTTAAGTTAAGAGCCCATCGGCAACAATCGGTGGTG ACTCGAGTTCACGCGAAATTGGCTGCTCGATATTATGGGCCGTATCCGGTGATAGAACGCATAGGAGCAGTGGCTTACAA GTTGAAATTGCCAGAAGGTTCCCGAGTTCATCCAGTATTCCACGTCTCTTTGCTTAAGAAAGCGGTAGGGGAGTACACAG AGGAGGAAGAACTTCCTACGCAATTGGAAGGAGAAAGTTCTGATCTGATTGAACCTGACAACATTCTGGCAACGCGTACA GTGCAACAGCAGGGCGCTGAGGTTCACCAAGTGTTGGTGCATTGGAAAGGAAAGCTTGAAGAGGAGGCTACTTGGGAAGA CACACTCACAATCAGCAGTCAGTTTCCTGCATTCAACCTTGAGGACAAGGTTGCTGTTTTAGGATGGGGTGTTGTTAGGA CCTGCGATCCAGTGGAAGGCCCATTAGCACTACATGGATCAGCTGGGCCTAAGGTGTGGAAGGTATATTCCAGAAAGGGT AGGAAGGTCAATCAGAATTAAGGACCCCACAGTAGAGTTGGTTGTAACCGTCTAGATATTAAGGAATAGAGTGAGAGGTT GAGGGTATCTTTTGATCATTCGAGGAATTAGAATGAATAGGAAGCAATGAGCTTCCTAGAGGAGCTGAGCTCTGGTCAGA ATCTGGGATTACTACTCCCTCTCTGTATTTTTCCATTTACTTTCAATAAACAATCAACTGCATTTCTTGGTTATTTTGAG TTCTTTCTGTTCATTGTTGAATCCAGATTGTTGGGTTTCCAACATGATGAATAAGTAATATCTTATATAATGAAAAGCCA CTATAAAATAAATATTATAGCCAAAAGCAAAAACTTAGAAAAAAAGGAAAACAAGGGTCTTTGAGGAAGATATTGTTGAA AAAGAACCATAGAACTGAGCTTAGATTTGGATTAAGTGTATTCCAGAGACAATTTCAGGATAGTATTATTATTTTCATTT TTAAGATTGAAGAAGATCAATAAAGGCACATCTGTTCGGCTCCAACTATATTGCACAAAGATAAAGCTGAATGACTATTG TGACGCATAAAATCACAACCTGCTGGTTGACTGAGAAAAAAATGGGATGAATTATACCATAATGCATAATTTTCACTCCA ATAGAGCTGACACGGTAGCACCATAATCAATATCCACTACCACTCAAGGAAGATGTCACGTGATGAACTCTCTTTGCGGC TTTCCCATTTGGCAATGAGGGTCACATGTAGAACACTGATTGTATCTCCTAGAGACTAGAAATATAGTGCATGAAATTTG GCCTGCCTTTGCACATGCTTTGTATGGCGGTTAGCTCTTCTTTTCTCAAGTCCAGAGAGAAATAAGATATTACAATGAAA AGAAGGAAGTTATATCTGGGGGAGTATGAGATCTATCCTCCAAAACCTAGAAAACTTGATACTAGGAAAATGAAAAATAC AGTGGGTGGGCCAGATGGATCATAGTCTTAGCATTTCCTGTTTGGCAATTCCTTGAGATACAAACTATTATTTGAAAAGT GGCAAGTTTGATGATCCTTGAACTTATGAAATTACTTGTGGATGCCTCATTTCAGAATTGCTGATGCTGAGGAAAACTTA GGTGAGAGTGAAGTTCGTGAGGCTCACTTGGCAAAATCCTTGTTTTTCATCCGGATTGGGGACAAGGTATGTGTAGCTAT TATAACTTATTGCTCATTTCCTGTCGGCTGCTGGAATCAGTTTTTGACAATACTGTCTTACGTACCAGGAGAAAGCCTTG GAACAGCTCAAGATAACAGAAACCAAGACAGTTGCAGTTGGACAGAAGATGGACCTGGTGTTTTATACATTACAGCTTGG TTTCTTTGACATGGATTTTGATCTTATTTCTAAAAGCATTGACAAAGCTAAAAGGTAACTAATTACATACAAATCTCTGT AGTTATGCCATCTGTTTTATTTTTTAAATGAGGATTGGTTTTCTCACTGTTTTGTACTGTGGTGGCAGCTTATTTGAAGA AGGTGGTGACTGGGAAAGGAAGAATCGACTGAAGGTGTATGAAAGCCTGTACTGCATGTCCTCTCGAAATTTCAAGAAAG CTGCCGAATTGTTTTTGGATTCTATATCAACATTTACAACCTATGAACTCTTTCCCTATGACACCTTTATATTTTACACA GTTTTGACGAGCATTATATCATTGGATAGAGTTTCCTTAAAGCAAAAGGTATGTTGATTATTTCATGAAGCCTTCATGCT AAATATAATTTTCTTTTTACTGTTGAATTAATGTTTGTTGGCAAGTGTTCTGCATGTACCTGAATACTAACTTCAGCTAA TTTGCATCAGGTAGTGGATGCTCCTGAGATCTTGACAGTGATTGGCAAAATCCCACATCTTTCGGAGTTTATGAACTCCT TATATGATTGTCAATACAAGTCTTTTTTCTCAGCATTTGGTGAGCTGACCTCTGTAAAATCTCAGTTATCTTTTAGTGAT TTCTTGAAGTTTTTGACTCTTTATAGGAGACACTTCATGCTATAAGTTAACTGTAATGTGTAGCAGGGGTTGCTAAGTAC TGGTAGATAATTCATCAATAATTCCTATCTGTTTGATCCGATCTTCTTAGCTCTGTTTTATTTTGAATATTTTTTTCAGC TGGCCTGACAGAGCAAGTTAAGTTGGACCGCTATCTGCATCCACACTTCCGATATTACATGAGGGAGGTCAGGACTGTTG TTTATTCCCAGTTTTTGGAATCTTATAAGAGTGTGACAATTGAAGCCATGGCAAAAGCCTTTGGAGTTACAGTGGATTTC ATTGATGTGTAAGTGAATGCATTTCACTAGCTCAACTTTGGTTTTATAGCATGTTTAGGACTCGGTGGAATATCACAATA TATACTAAAATCACTTCTAAACTATAAGCTACAAGTTGTAGCTTCTCCTCCACCGTGACTCAAATTTTGAGCACAAGCTC TACCAAACACACTTAAGGCGCTGTTTGGAAGAGCTTATTTTATAGCATAAAGAGCTTATGTAAATAGCTTAACTTGCCTA TAAGCTATTTTGAGCTTATTTCAATAAGCTTCTCAAATTTAGCTTATGAGTAAACGCTTGTGCGATAAGCACTTACTACA TAAGAGTTTAATTAATCTGTTTACCCAAACCAGTATATTTTCTGCATTCGTAGGAGTACATTTATGTTTTTGTTTTATGA ATATGTGATATTTTTTGGGCATTTCTAATAATATCGATCTTCATTCCTATTTTGGCATTTCTAATTTCTTGCTTTTTTTT GCCCCGATTAATGAAGGGCCAGGGAAACTTTCTAGTTATGAATTGGGAATAGAACCAATGGAGTTGCTTGCTTACAATTT CAAATCCGTTATCATATGTTTCCTCTAGTTTTTGTTGTTCTTATTAGCTTTTAAATGCTGTGAGAGGTAACTCATTACAT TCATTTGCTTTCAGGGAGCTGTCACGTTTTATTGCAGCAGGGAAACTTCATTGTAAGATTGATAAAGTTGCAGGTGTTCT TGAAACTAACCGTCCTGATGCTAAAAATGCTCTTTACCAAGCAACTATCAAGCAAGGGGACTTCCTACTGAACCGCATCC AGAAATTGTCACGTGTGATTGATCTTTAGGTTGTCTGTTGCGAGTTTAGATTAAAAGTTTATCAGAAAGACAGAGATATT GACAATTTCAAGGACATTTTGTCCAATGCATTTTACTAGTTGGGCGTGCAAGCATGACATTTATGTAGCTTATTATCTGA TTTGATTTTCAATGTTGAACAACCCAGTTTACTGAATCCATACGTCAATCAGTGTTTGATCCTTGGCTTCTGTAGTTTGA CATGTTTGGATCCATGGATCCACAACTGCAAGTGTGAGATTTGATTATGCACTGCAATTTTTGGTGCAAAGATATTTCCT TTCACAATTGATTCTAGGTTTAAAATCAATCATGAGATAAAGCTTTAAATATTAACTTCTGCTGTGGATATTGAACAATT GTGTAATTTCACAATATTAATTATTCCAAAATGATGTAGGAAAAGAACACTATTCAGTGTGCAACGGCCAAAAGATTATA TAATATTCATACCTTGTAGTTGCCATGCAACCATTGTACTGTAATCCCAAAACTTAGCATATATTTTAGTTTCCTGCTTT TGGCATTTTATACTTTTAAGACGTTTAGAAACTTAGTATCGTGTCATGGTTAATCGTCACTTTATACGACTCTATTATCA TAATCTATACATACTAGAAAAAAAATAGTGCTGGTGTGCATTTATGTTGGAGGCATCGACATAGAGAGTACACAGTACAC AGGATATTCAGTTCACAATACAATATGAC
CDS sequence (LotjaGi4g1v0224400.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGTTGGAAGGAGAAGAGGGTTCTCAGCAGCCACAGCTTGTGCTGGCCGACAAACTATTCCTTCTGAAACAACCGGA TGTGCAAGACATTAACAAGGTTCGCTTCAAGGAGGAAGTTTTCAAGCATGTCAAGGATAACGATATGGTCCCTTTATACG AAACCCTAGTTGCTGATTCTGTGTTCGAAATGGATCGTACCCTTTTGGACTCTATGCGTGCAAAAATTGATGATGAACTC AAAAAGCTTGATGAAAAAATTGCTGATGCTGAGGAAAACTTAGGTGAGAGTGAAGTTCGTGAGGCTCACTTGGCAAAATC CTTGTTTTTCATCCGGATTGGGGACAAGGAGAAAGCCTTGGAACAGCTCAAGATAACAGAAACCAAGACAGTTGCAGTTG GACAGAAGATGGACCTGGTGTTTTATACATTACAGCTTGGTTTCTTTGACATGGATTTTGATCTTATTTCTAAAAGCATT GACAAAGCTAAAAGCTTATTTGAAGAAGGTGGTGACTGGGAAAGGAAGAATCGACTGAAGGTGTATGAAAGCCTGTACTG CATGTCCTCTCGAAATTTCAAGAAAGCTGCCGAATTGTTTTTGGATTCTATATCAACATTTACAACCTATGAACTCTTTC CCTATGACACCTTTATATTTTACACAGTTTTGACGAGCATTATATCATTGGATAGAGTTTCCTTAAAGCAAAAGGTAGTG GATGCTCCTGAGATCTTGACAGTGATTGGCAAAATCCCACATCTTTCGGAGTTTATGAACTCCTTATATGATTGTCAATA CAAGTCTTTTTTCTCAGCATTTGCTGGCCTGACAGAGCAAGTTAAGTTGGACCGCTATCTGCATCCACACTTCCGATATT ACATGAGGGAGGTCAGGACTGTTGTTTATTCCCAGTTTTTGGAATCTTATAAGAGTGTGACAATTGAAGCCATGGCAAAA GCCTTTGGAGTTACAGTGGATTTCATTGATGTGGAGCTGTCACGTTTTATTGCAGCAGGGAAACTTCATTGTAAGATTGA TAAAGTTGCAGGTGTTCTTGAAACTAACCGTCCTGATGCTAAAAATGCTCTTTACCAAGCAACTATCAAGCAAGGGGACT TCCTACTGAACCGCATCCAGAAATTGTCACGTGTGATTGATCTTTAG
Protein sequence (LotjaGi4g1v0224400.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGLEGEEGSQQPQLVLADKLFLLKQPDVQDINKVRFKEEVFKHVKDNDMVPLYETLVADSVFEMDRTLLDSMRAKIDDEL KKLDEKIADAEENLGESEVREAHLAKSLFFIRIGDKEKALEQLKITETKTVAVGQKMDLVFYTLQLGFFDMDFDLISKSI DKAKSLFEEGGDWERKNRLKVYESLYCMSSRNFKKAAELFLDSISTFTTYELFPYDTFIFYTVLTSIISLDRVSLKQKVV DAPEILTVIGKIPHLSEFMNSLYDCQYKSFFSAFAGLTEQVKLDRYLHPHFRYYMREVRTVVYSQFLESYKSVTIEAMAK AFGVTVDFIDVELSRFIAAGKLHCKIDKVAGVLETNRPDAKNALYQATIKQGDFLLNRIQKLSRVIDL
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 | 4 | 388 | 385 | 2.2E-227 | – | |
| PANTHER | 4 | 388 | 385 | 2.2E-227 | – | |
| Gene3D | 21 | 308 | 288 | 3.2E-40 | – | |
| Pfam | 65 | 238 | 174 | 2.4E-56 | ||
| Coils | 69 | 100 | 32 | - | – | |
| ProSiteProfiles | 192 | 360 | 169 | 24.044 | ||
| Pfam | 254 | 356 | 103 | 3.3E-15 | ||
| SUPERFAMILY | 284 | 365 | 82 | 3.67E-17 | ||
| SMART | 289 | 372 | 84 | 4.1E-22 | ||
| SMART | 289 | 372 | 84 | 4.1E-22 | – |
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 .
Expression pattern of LotjaGi4g1v0224400.1, 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…