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 | LotjaGi5g1v0021200 |
| Transcript ID | LotjaGi5g1v0021200.2 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Exocyst complex component SEC3A; TAIR: AT1G47550.1 exocyst complex component sec3A; Swiss-Prot: sp|Q9SX85|SEC3A_ARATH Exocyst complex component SEC3A; TrEMBL-Plants: tr|A0A151RWR5|A0A151RWR5_CAJCA Exocyst complex component SEC3A; Found in the gene: LotjaGi5g1v0021200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:3868057..3881118) extracted from Lotus japonicus Gifu genome v1.2.
CTTAGAACAGAACAGAACAGAACACGACTCAGCCAAGACCATTCCATTCATTCGTGTTTCTCGGAGATGGCGAAATCCAG CGCCGACGATGTGGAACTCCGGCGAGCTTGCGAGGCTGCAATTGAGGATCCAAAGCAGAAGATCGTCTTGTCTCTCCGCG TCGCCAAGAGCAATGGGATCTTAGGAAAATCTTCCAAGCTTGGTCGCCAAATGGCCAAGCCTAGGGTTCTTGCTCTCTCC AGTTACCTATTCCTCTCCATATTTGCTTTGATTTTGCGTGTCAATGTTTTATTTTTGCTTTCAAGTCATTCACTAACTTC TCTGATGTGATGTCAACACTGGCCTTTGATTTCCTGTACTAATTCACCTAGCACATAATTCTGCATTAGCTTTGTGTTTT TTGTGGGGTAGCTTGTTGGATCTTCAACTGATTAGTTGATAAATTCAATTTTTTTTCAAGTGATGGTTACTTCAATGTGT GATGCTTTTTTATTGTTGTATTTCTGTATTGGTGTTGGTGACAAAGTGCTATTTCCTGCAGCAAATTCAAAAGGTCAGAG GCCGACGGCTTTTCTTCGAGTTTTCAAGTATTCTACTGGAGGAGTTCTTGAAGTAATTTGCTTTTTTTCTTCTTCCTTTT TGTTTGGGATATGATTGATTTTGGAGCCTCTGTTGTGTTTTAGCTAGTCATCCCCCAATTCCCTGTTTAAATCAAATGCA TAGAATAGCTAGAGATCCCTTTTAAGCCTTTGAGTATTGCTGCGGTTGTTTTTCGGTTTTTGGTGTTCGATTTAGGAAGA TTCATGACCCTCCTGTTCAGTATTTCATTTATTTTTATGGTACTTGCAGCCTGCAAAACTGTACAAGCTAAAGCACCTCT CAAAAGTGGAAGTTATAGCAAATGATCCCAGTGGATGTACATTTACACTGGTAAAGTTCCACAATAGAAGAGATCTTTAT GTTTTAATTCTAACATATATTTTTAAGTTTCTGGCACAGATGCAATAAGCGAAGCAACCATTCCCTATTTTGATGTTTGT TTTTTAACGTTTTCCTAGTCATTTGCTTCTGGAACTGATGCATGTGTATCTATTAGGGATTTGATAACCTTAGGAGCCAG AGCGTGGCTCCTCCTCAATGGACAATGCGCAATACTGATGACAGGTGATTTTGTTGAGAGAAATGCTAATCTAATCATAT TCAGTTTTGTAGTTGAGTTCTGAATGAGGGGAGGAAATTTTTCTGATTATGTCTATCACCTTTCACTCGTAGGAATCGCC TCCTTCTTTGCATCTTGACCATCTGCAAAGATGTTTTGGGCCGCCTTCCTAAGGTTGTTGGTGTAGATGTTGTGGAGATG GCTCTTTGGGCTAAGGTACATATGATGGTCTTCTAGTCACTTAATTTTGGTGTTCCTTTCCAATCTAATAGCCATCATTC TGTTCTGATGAATGTTTTTTTTCTTTTTCTTTTTTTCCTGTTTTAATAATTGCTTAAAAAATTGTTACTTGGTATTTGTT ACTTTGTATGGAGTGTGAAAGTGTGACTTCTCTCATTTGTGGTTATCAAGTCCATGACTTCAAGCATAGGATGTTAAACT CTAACTACGTTTGGAAGTTTTGGGTACAGGGTGTCAAGAACCACTTATCCAACAAGCTTAAGTTGTTGGGTAAATTCCAC ATGAATGATTTAATATTATATCCTAACACGTCCCCTCACGCAAGAGCCCACTTGGGCTTGAAGCGTGGACAAAGCACAGG TCCACCTATTGTGTGCTGAAATTCAACTTTTTTATTAGAAAAATGGGGGCAACAAGAATTGAACTCTAGACCATTTAGTC ATAGAGGCTCTGATACCATGTCATGAACCAATTATCCCAAAAGCTTATGTTGTTGGGTAAATGCCGCATGAATGGTTTTA TATTATATTCTAACACAGGGAGGGGGGTGATAGAGAAGGGAGAGGGGAGTTGAAGCCCTTCTTTTGACATTTAAATAAGG GAAAGAGGGGAGTTCTCTTTCTCTTGTTTAGGAGTTTGAGTTAAACAAAGGGGATCAGAGTTATTTACTTCTATTTAATT TGAATAAATCATTTCCCCTGCTTTCCTGCCAATTTGAGGGGGATGGGGCTCACTGAAGGGAATACACCCTGATCCTTCTT CTCCTTAGTAATCTCCTAGAAAAGGTTAGGTCCCTTTCCCCTTCTGAGCTCAGGTGACATAGCATAGGAGTCTTTCTAAG CTGGGTTATATCTCTTTCTAAGCTTCTTATCACAGTGATTAATTGCAATTCACTATTTTATATAGTTGACTTTTTTATTT TGTTATGTTCACAAAATGTGAAACAGGAAAATACATCTGCTGTTTCTACTCAAAGCCACATGCAAGATGGTGGTCCTGTG GCATCTTCTGTGACTGAGAGAGAGTTGAAAGTCAATGTTGAGAAGGAACTTGTCTCTCAGGCAGAGGAAGAGGACATGGA GGCTCTTTTGGGGACGTAGGTGCTATTCTTCTTTGTCTTGAGTTATATTGAGGTTAAATATTTGTGTTAAGTAGTAGTTT ACTAGAAGTAATGGCTTCTTCTTCTTCTACTTTGACTTTTTGGGCAAATTGCTGGATTGAGTTCTTTAAATTCTAGGACC AAAGGGAATCTTCCTGTCTTCCCTTATAAAATTGGCAGCCTCATTTTATGATGGATATACAAAGGAGCACGCACACGCAC ACACACACACTTCAAAATAGTAGCCTCGGTCATGTTAGACATTTATCCTTGTTGAAGACTTCATAGACATTTCGGATTTG TATTTGACCTCGTTTTTATTTTGTAATTTTTCATACCAATTCAAATGGAAATACCAGAATCATTAGATAAATGTTTTATT ATGTCTAGAATCACTTGTGATAACTTTTAAAATATTGATCCTTTGTTTTGATTTAAGATTTGTATGTACATTTTAAATTA TTTAATGTTGTATCAAAGCTGTGTCATGTCCTATAATTTTTAAAATTTGACATATCCTTGTTTACATGTTATATTGTATC CATAGCTTGTGTAGTACTGGGACCCATGCTTCCTAGTATAGAGAATTCATAAATTAATAGAAAGTGTTGAGTATAATGGT TGTAACATATTTGTCAAAGTTCAAATGGGAAAAAACATGTCAGTTGGTGATGTGCATGATTCAGTTTTGCTCTGTCGCAT CTTTCATAAAACCAATGTGCACAACTAAAGGGTTGAATTTTTGAATGTGCAGTTATGTCATGGGTGTTGGTGAGGCAGAA GAATTTTCTGAAAGGTTGAAGAGAGAACTCCAGGCTCTGGAAGCAGCTAACGTGCATGCCATTTTAGAAAGTGAACCTTT GATAAATGAGGTATTACTATTCTTTGAGTTGATGATCTTTGTTTGGCTTGTATTGCCTTCCATTTTGTTATTTGTTCTTG TGAACATGCCCCTTGGTTGGCAGCTTATTTTCTACTGTGCATTTTGAATGATAGACTGAACTAAGCTTTTGTGTTGTGTA AGCCATGATTCAACATTTTAAACACCTGAGCTTCTTGAATTTTATATGAGATCAACCAATTTATCTGGTGGTTTTATGCC TGGATGAAACTAGAAATCGTGCCTCTTTTTTTAAGTTGCAACAGTATCTCATTATTGTTATTTAATCCGTTAGTGCTGCT ATGCTTAAGGTAGTCAAAATCAATATTCTACTTGGGATAAGGAAGGCAAACGAAAATCATAAATCTTGACATTGTAACAT GGACCGTTAGGCCCCTATATATATATATATGTATATATATATATGTATATATATATATATATATATATATATATATGGAT GTATCTTATGAGAATGGTGTTTTTATGTGAGAAAGTGAGAATAAATCACGGCCGTTAGAAAAATAACCTTCAAATCACCG CGAAGCCTATGATAATACAACTCTATTTCACAAACCTTCATGTTTCTTGTTTGTTTGGGTAAACAGTTTAATCAAGCATT TAATCAATTAGCGCTTCTCACATGATAGCTTTGTCAAAAGAGCTTATTCAGTAAACGCTTGTTCCTTTGCTTATCTAAGT AGCTTACTAAAATAAGCTTAGAAGAGCTTCTAGGTAGGTCGCCATTTATATAAATTTAATCAAACACTTTGATGTAGGAG CTTTTTAGGATATTTTTAGGATTTTAGTAGTTTTATTTATTTGTGGTTAGGATCTTTTTATTCTGTGATTAGGGTCGTTT AATTTGTATATTTTATTAACTTTTGATTAGGATATTTTTATTTTCATATTATGATCTTTTTATTTTCAGAATAGGATCTT TTAATTTTGGAATAGAATATTTTTAGTTTCATTAGGGTTTTCCTATTTCTCTATTTCAGCAGTTGTAAGGCATGAGCCAT AGTAAGTTTTTGATTATTATAAAACGAGATTTTTCTCAAACTCTGGTGGATTCCAGGGTATTTTTTTGGGGTTTTAGCGC TGGCTATCTTCCTTTCTGGTGGATTCCAGAAACCTTCTTTTTAGGATTTGCGCTTGCAATCCTAGTACAACTTCCGCTGC ATCACACTTGCTTAAGTACTTATGTCATAATATAAGTCCAAATAACCTCCGATAAAGAACTCCTGCAAATTCCCATTAGA AAAGCTCTTCCAAACATTCGCTAGTTATTTATAGTAATTCAGTATGATTCATGTGAAAGACAAAAAAGTGTTTTTATAAA TTTTTCATCCTAACTTGTGCCTTGCAGGTGTTGCAAGGGCTTGAATCAGCAACGAATTGTGTGGATGATATGGATGAATG GTTAAACGTATTCAATGTGAAACTCCGACACATGAGGGAAGATATTGCATCAGTAAGGGATTTTGTACCTTTAAAATTGT GTGTTTTTCTGTTTTCAATTTTAAATCACAAAACTGCCACATTGTGTTCAATTTGTGTGTATAGGGCGGTATTGTGCAGC CTCTTGATCTGTTATGGAGATATAAGGGTATATATGGTTATTACGGTATCTCGTTGGTATTTGGCCCATGGCCTCAATTA GGAGGGTTTTTGTACAGTGAGGGATTGGGAAGCATTGTTGTGCAGCTGAACTCTCTCTCTCTCTCTCTCACCCGACACTA TTTTTAGTGTGAGAATGTTCTTGGAAGATATTTTATTCACCTCCCATTATACAATATTCTTTTTCTTTGATCCTCTTCTT TTTCCCTTAATATAATCTTTCTTCTAGGTTTAAAATAACCTGAATATAAATTTGATGATTATTTTAAAAAGTTGATATAA GGTCACATTATTTCTTAGAGGCAGCCAATTTTTTGGTGCTGTGAAAATTTCTTTCTACTTTGAATTTTTTTTCTTCAGGT TTTTGTTTGCTTCTCTAGTTTATCTAGTTGATATTCTTCCGATGAAGGCTGATCTCTTTATTTTGCCTTAATAACTTTTC TGATGCCCAGATAGAAACCCGCAATAACAACTTGGAAATGCAATCAGTAAATAGCAAATCTCTCATTGAGGAGCTTGATA AGCTTCTTGAGCGATTGCGTGTTCCATCTGAGGTATAACTTCAGTAGTTGAATGGTATACAAGTTTAAGCTGGATGAACT TACCTAGCTTGTATTTATTAATGATGTTTTTTTGGGTTTAGTATGCAGCATGTTTGACAGGTGGTTCCTTTGATGAAGCT CGAATGCTTCAAAATGTTGAAGCATGTGAATGGTTGACCAGTGCCTTGCGTGGTCTAGAAGGGCCTAATCTAGACCCTTC CTATGCAAACATGAGAGCTGTATGTTCTCGCTTTTCTTTTCTCTTGTTAAAAATCATCTGGTAAAGCACATTGATAATGA TTTAACCATTTCGGAAACAATCATTCATGGGCATGGGGTGCTAGTATTTGTTAGAAAAGAATTATTAACATTAATTTTTT TAAGGTCACATATATTTTGTATCTATTAGTTTTTACTGTTTTGATGGGTTGGAGAGAATTTGGATAGTCCTATGAATTTG GAAAAATATGGTAAAGAGAGTACTCTGGCTTTGGTCAATATGGTAAATATGTAAAGAACCTTATAGTCACCTGTTTTGAT GCTAGTTTCTGCTATCTCCTCCAGGTTAAAGAGAAGCGTGCAGAACTTGAAAAATTAAAATCTACTTTTGTCAGGAGAGC TTCTGAATTCTTGAGAAATTACTTTGCCAGTCTGGTGGACTTCATGATAAGCGACAAAAGTTACTTTTCTCAGGTATTTT CTGTATTTTTGTAATAGAATTGCCACTTTTGAAGTCTTGGATTGAATATATTGTTACCAATTTGTCTGCTTCCTCTAAAC AGCGGGGACAATTGAAGAGGCCTGATCATGCGGACCTGCGGTACAAGTGCAGGACATATGCACGCCTTTTGCAACATTTG AAGGTTAAAACATGGATGATCTACAACACCTGCTCAGAATTTTTATTTGCATACATATATTTGTAAGTGATTTCTTTGTT TTCTACCTAAATCATCTTTCTGTGCGCTTGCAGAGTCTTGACAAGAATTGCTTGGGTCCTTTGAGAAAAGCTTATTGCAG TTCTCTAAACTTGCTTCTTCGCAGGGAGGTCTGTTACCATTTTTCTTTTATTTCTTAATTGTCTGGCGTTAACGTTTGTG CTATGACTTGCTCTTTTCTCTTTGTGTGAAGTAACCTATGATATATCCGGCAAGCTATTAATTTAATGTGCTTTTTTTTT AACGTAATTTAATGTGCTTACTTACATGTAATCTAAGATAAACAAGAAGTTGGAAAAAAATCATGGGTGGGGGGGCGGAT TATAAAATTTCCTAGATAGAATAAATATCACATTTTTAAATTATTCCTTACTGTCAAAACACACGATCCCTCATGCCTAA CCCGAATTCTAAGATGGTATCAAAGCCTATCCTAGATCCGTTATTGGACATCACCCATATTTAGGCCACCCGCAGATATT CACTCCATCAAATTCCACACTTCAGATATCCAGCCCTGGGCGTGGGGGGGGGGGGTTGTTAAGGTCCCACATTTACTAGA GATATGGCTAAATAAGCCCTTATAAATGGTAGAACAACCCTCACCTCGAAGCTAGCTTTTGGGGTAGTTTTGGGCCAACC TGAATTCTAAGAGACTATTTTGGCCATATCTGTAATCAATGTGGAACTTCTCAACACCAACTTTGTTTTTGTTCCCTGTC ATAATATAATTGTCTAATGTATTAAAAAGAAATTTGTCAAATATTTTCTCAAGAACTACCTTTCATAAGAGTTGTTAACA GGGAACAATAGTTTTACCTGTCACGTTTTAACAAGTTGGAGTAGGGTTTGCTTTTGACAACCTAGAACCCTGCAACCACC TGAGTAGCAGATCCCCACTGTTAGTGCTGCATGATCTACTTTATATGTATTTGGTCTTCTTTAGTGTGAGAGCGGTTGGT TTTGATTGCAACTTGGTCTATGAGAAGAAGATTTGTGTTAATTCTTATTTTAAGTCTAGGTCATAATTTTCATGCTTCGG TATGTGAATTGGGGGAATCTAAATTTTCACGCATTCTTTTGCAGGCCCGCGAGTTTGCAAATGAACTCCGTGCTAGTACT AAAGCATCTAGAAATCCAACTGTTTGGCTTGAAGGTTCCACAGGTTCTGGTCAGAATGTAAATGCTACCGACACTTCTAC AGTCTCTGATGCTTATGCAAAGATGCTCACGATTTTCATCCCACTTCTGGTGGATGAGGTGAAAGTTTGATTCTTTTTCA TAACAATTTTGTCTTAAATATTTCAAATGTCTAATTCTTCATGGTTTACATTGCAGAGTTCTTTTTTTGCACACTTCATG TGCTTTGAAGTTCCTACTCTTGTTCCTCCAGGAGGTGTCGTTAATGGCAACAAAGCTGGATATGATGATGACGATGATGA TTTGGGAATTATGGACATTGATGACAATGACAGCAAATCTGGTACATAACATGTGTCTGACATCGAGCAAATAGCCAATC TGTACTTCTAAAGTTATCCTGAATGTATTATAGTTTATTTTTCATCTGTATAATTTTTTTTTTAAATATGTCAATTTCTT TCATTTTGTAGGTAATAATTCTGCAGAGCTTACCGCTTTGAATGAGTCACTTCAGGATTTACTAGATGGAATTCAAGTAT GTACAGACCGTGCTTTGCATCAGTTTTGAATCTACTTTTTGTTGGTATCTAGATACTAGTAGGATTTAAACCCTGGACTT GGGAAATTTTAACCCATCAAGTACCATTTAGGCTATCCATACCAGTGAATCTACTTTTTGTGCTCCTGATATTTGTGAGA TGAAGGATCTGAATCTTCTGAATGTTACATTATAAGTATGTTAGTGGTAGAGGTATTTGCCTTCTTCTGATTAAGTTTAA TACCAAATTAAAATATTTAGAAACTAAGAGATTTAGTCATGTAACAACTAACAAGGTAAACCAATGCCTGTACATTAAAG TCCAGAGCAGAATACCAAAGACAAGCTAAATGTTGTGTGGCATAATTAACATAATTATGCTGTGGATAAGTTACACAAAA GAGATCAGGGATAAGTTAAAAACTGAGACTCTTAATAGTAGATTGTAGAGTGGACTACATATGGTGTATTAGGACACCTA ACAAACTAGAAGCTAGACTGCACCAACTCTATTTGTAGAAGGAAATTTAAAATGAGATCTAGGCCTTTAGAAGACCAGCA TTATTGGATTGTTAATAAGCTGAATATAATCTATTTGATGTTGTGATCCATCAGACTGAACAACCTACTGTTCCTTATGA TACGACGATTTTCATAAGTTGCAGGATGTGATTTTGTGTCTTAAAAAACTATAGACTCTACAGCTATAAAACCTCTTTGG ATGATTTCAGGAAGACTTCTATGCTGTTGTGGACTGGGCATACAAAATTGATCCTTTACGCTGCATATCAATGCACGGAA TAACAGAACGCTATCTCTCTGGTCAGAAAGCTGATGCTGCAGGATTTGTACGTCTTTTGCTTGGTGACCTGGAGTCGCGG ATATCTGCACAGTTCAGTCGTGTAGGTGGCTTGCATCATGATAAGCACAACTTTGCGAAATACATTTGGAAGATTAAGAT GCTAACCCAATTCTTATAATTGGAAATCTTTTTACAGTTTGTTGATGAAGCTTGCCACCAAATTGAAAGAAATGAACGCA ATGTTCGCCAAATGGGTGTCCTATCCTACATTCCCAGGTGAAATGGATCTTTATTTTCCACCTCCCCCCTTCTCCAGAAA AATGGACGTTCTTTTTTTGAATGATAGTACAGTTGTCTGCTAGCCAGTTATACTAAGTTAGGAACATAGGTTTATGATTA CCGTGATAATCAAGCATAATTTAATGGTCAGATTATTTAAAATTATTTCAACGAATCCTGATATATATGAAAAGAATGAT TTTTATATAGGTAGTGATTAGAAGTTTTAGCTGTTACTGTTTGCTTTCTTGTTTGTGTTTTTTTCAACTGTGAAGTCTCT TCATGATTGATGTTAAATTCTTTATTAATTGTTTTGCATAGATTTGCAACCCTTGCAACTCGAATGGAGCAGTACATCCA GGGACAGTCTAGGGATTTGGTTGACCAAGCATACACAAAATTTGTAAGTGACTCCTTTAAAACACTGCTCTATTTTATGA TGTTTCATGATCTTGCTGAGAACTCCAGCACTTAAGTTCGAAAACTTCACTTATCTCTTTCTGCACTGTGATGTGGCTAG GATGTGTTAGTTTGGGATTATAGGTAGGCATTATAATTTTTCTCTCTCACTTCATTTTTTTACTTTGCCTATTTTTGGTT TGTGGGAGAAGAAAGGATGTTGTATCTTTGAGATGTGCCCTTTCTGCAGGCACTATGGGAACATTTGGTTAGAGTGAATT GCAAGAATGTCAGGCAGTGCTTTCTACCTGGGAATAGATTATTCTGGATAGGATAGTTGTCCTTGCATCTACTCCGGCTT ATGCTAATGGTTTTGGTTAGGGTAAATTCGACGAATGCTCAGGCAGTGCTTTCTACGCGCGAATATATTCTTTTGGATAG GATAGTTGTCCTTGCACCTATACGGGTTTATGATAATGGTTTTGAAGGGATTCCTAGTTTCTTTTGCTATAAGAACTTCT TATATAACTGTTTCTTTTCTCTCAATATTTTTTTCCTCTCTTATTAGACCAGGCTTATTGAAAAACATGAGAGCAATAGT TTCTTCTCTTCAACTTAAACTTTAAAATTAATCATTTTGAATCTCATGCATTAGGATGTTGTTTGATCCATGTGGCCAGT GGAGAAAGGCTTTGGTCTTTGTTGTATGTTTATGGTCACTATGATTAATTTCAGTTATTTGTTGATTATCCTTTTTTTTT CTGAGTTGGTGGAAAGACGCCCTTAATTATTACTTTTTCCAATTTTCCATGTAACTGTTGGCATAATGTTTTTTGGTGCC AATTTTGCATGACAGGTTAGTGTAATGTTTGCGACTTTGGAAAAAATTGCTCAAACAGATCCAAAGTATGCAGATATTTT TCTTTTTGAGAACTATGCCGCTTTTCAGAATAGGCAAGTTTTTCCCTTCCCACTAAATGGCCGTTTCAATTCATTCGTTT TACATTAAGCTGATTTTGCAAATGAAGACAACTCTCAGTTTTCAATTATTGTTTTGTTCATTTTACACAGTTTATATGAC CTTGCCAACATTGTGCCCACTTTGGCCAAGTTTTATCATCAAGCTAGTGAAGCCTATGAACAAGCTTGTACGCGCCATAT TAGCATGATTATCTACTATGTGAGTATTTATTATCTATTTATGGTCTTTTTTCCCAACTGCACTTGATTTGATATCCTTT AGGATCCAACTCACTGTACTTTTATTGCCTTGGTAAGCAATTTGAGCGTCTTTTCCAATTTGCACGAAGGATTGAGGACT TGATGTTCACTGTTGCACCTGAAGAGGTTAGTTTGTATGGTGGTGTCTGGTAATCCTTCATAGCCTCTTGCTATACAGTA TCTCATCATATTTAGAATTCTTTTATCAAACAAACTAGTTGCAATCTGTTTCTGTTTTATAAACCAGTTGAAATAGCAAT CCAAGGCAGCTCACTTTGTCAAATTACTTTATCTAATTGACCAGTGGTACTTAATATGAATCACAACTCCTGAAAAACTC GCACTTTCTTTAGCATGCCTCTGTTATGTGTTGGAATTTCTATCAATGAATATACGCTAATGAGTGATGTAAAATTATAA TTCCATAATGGTGTCTATTTGATTACCTTGAGGGAACCCTATCACAAGCTAGAATCTCATACTTCCAATGTGGAACCCAA GTCTCATACCCTTGCAAATGGATCCTAATACCCCACCACGCTCCGTAGCCTCGGCGCCCAAGTGGGCTAGCTGTGCACTA GCCCTTTGACTTGCCCTGGGCAAACACTGCAATGTTGGTGTCACCCCCACGCCGCTGGTTTGCAGTTTGAGAATATGATG GAAGGCTCTGATACCAAATGATAAGAACCTTGGGTGAACCATACCAGACCACAAAAGCTAGTCATTGTAGTTGGAGAGTC AAGGCTTTATAAACCCCACACTAGAATCTCATATTTCCAACGTGGGACGCAAGTCCAATACCTTGCAATTTGACCCTAAC ACTATATTAAAGCTATTTTACTGGTGGACTTTATAGGTAGATTGACCTTATATGATTGTAAAACTATTTTACCTTGAACT TCTGGGTATTTGGATTTCGACATTCAGAAAATGCTGATATTTTGCACCAATTTCAGATTCCTTTCCAGCTTGGGCTGTCA AAAATGGATCTACGGAAGATGTTAAAATCCAGTTTATCTGGGGTAAGGTGACTCTTACTTTTATAGAAAGCCTTCTCACT GGGGTATGCTTACAAGGTGAATAATTTCTTTGCTCTTCCACCTAGGTTGACAAATCCATTACGGCTATGTATAAGAAACT ACAGAAGAATTTAACTTCCGAGGAACTGTTACCTTCCTTATGGGACAAATGCAAGGTAAGCTGTACTTAATTCCTATTGG TCAACCTCCTAGTAAGAAAGAACCAAAGCTCGTGTTTTAAATGGAATTTGATTTTGATATGTTATGAGGGAACATGTTTC CTCTACAATATTAGTTACTCTTGAGTGGTCATACTCTTTTAATAAAATGGCTAAAGAATAGATGGCAGAGGGGTGGAAAT TTACACTGATATATCAGAATTAAAATCACTGAAATTTGAAAGGATACATATACATGTATAAAGAAATCATTTGGAGGCAT TAGCGAGAAGGGTTAATAACATGTTTCTGAGTACAGGAAGGCTAAAGGTGACATTGGAAGATATTGTTAAAAGTGACCTC ATGGTCAATAATATCTAACAAAATCTGGTTTTTGGTTGAGCGCAATGGTTTTAGGTGATCCATGTAGTTGACCTCACATT GTGAGATAAGGCTTTTGTTGTTGTTATTGTTTTCAACTGCTGCTTTGGTGCCGCCACTTGGTCTCACATGTTCACAACTA TGTTGTTTTCTGAGAAAACAGATTGTAAAATTTAAACTCTTGGAAACACCTAGTAGGACATTCATTACTTCTTTTAAAAC ATAAAAACCTGTTAAAGCTGTTAGTAAAAATATTGAAGAAAATGTGTTACTGAACATTTTCTTAAATTTCTTGCAGAAGG AGTTTCTTGATAAGTACGAAAGTTTTGCCCAACTTGTGGCTAAGATTTACCCTACTGAGACAATCCCATCTGTAGCGGAG ATGAGAGACCTTTTAGCTTCCATGTAACAGATATTTGTGTATGTATCTATGTATATGTATTCTTTCTTTCTTCCTTTCCA TCTTATAGGAGGTAGAATCTTTCTTTTCTACCACTGTATGTAACTTTATTTATCCAATTAAGTGCATCCTTTTTTGTAAT TTTGATAATTTGTAACAAGCATCCTAATGCATTTCGATAATTATGTTGCTTATGTACATGCATTTTAAAGATTTATAAAG CGGCGATTATCTTTCATGGCAT
CDS sequence (LotjaGi5g1v0021200.2) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGAAATCCAGCGCCGACGATGTGGAACTCCGGCGAGCTTGCGAGGCTGCAATTGAGGATCCAAAGCAGAAGATCGT CTTGTCTCTCCGCGTCGCCAAGAGCAATGGGATCTTAGGAAAATCTTCCAAGCTTGGTCGCCAAATGGCCAAGCCTAGGG TTCTTGCTCTCTCCACAAATTCAAAAGGTCAGAGGCCGACGGCTTTTCTTCGAGTTTTCAAGTATTCTACTGGAGGAGTT CTTGAACCTGCAAAACTGTACAAGCTAAAGCACCTCTCAAAAGTGGAAGTTATAGCAAATGATCCCAGTGGATGTACATT TACACTGGGATTTGATAACCTTAGGAGCCAGAGCGTGGCTCCTCCTCAATGGACAATGCGCAATACTGATGACAGGAATC GCCTCCTTCTTTGCATCTTGACCATCTGCAAAGATGTTTTGGGCCGCCTTCCTAAGGTTGTTGGTGTAGATGTTGTGGAG ATGGCTCTTTGGGCTAAGGAAAATACATCTGCTGTTTCTACTCAAAGCCACATGCAAGATGGTGGTCCTGTGGCATCTTC TGTGACTGAGAGAGAGTTGAAAGTCAATGTTGAGAAGGAACTTGTCTCTCAGGCAGAGGAAGAGGACATGGAGGCTCTTT TGGGGACTTATGTCATGGGTGTTGGTGAGGCAGAAGAATTTTCTGAAAGGTTGAAGAGAGAACTCCAGGCTCTGGAAGCA GCTAACGTGCATGCCATTTTAGAAAGTGAACCTTTGATAAATGAGGTGTTGCAAGGGCTTGAATCAGCAACGAATTGTGT GGATGATATGGATGAATGGTTAAACGTATTCAATGTGAAACTCCGACACATGAGGGAAGATATTGCATCAATAGAAACCC GCAATAACAACTTGGAAATGCAATCAGTAAATAGCAAATCTCTCATTGAGGAGCTTGATAAGCTTCTTGAGCGATTGCGT GTTCCATCTGAGTATGCAGCATGTTTGACAGGTGGTTCCTTTGATGAAGCTCGAATGCTTCAAAATGTTGAAGCATGTGA ATGGTTGACCAGTGCCTTGCGTGGTCTAGAAGGGCCTAATCTAGACCCTTCCTATGCAAACATGAGAGCTGTTAAAGAGA AGCGTGCAGAACTTGAAAAATTAAAATCTACTTTTGTCAGGAGAGCTTCTGAATTCTTGAGAAATTACTTTGCCAGTCTG GTGGACTTCATGATAAGCGACAAAAGTTACTTTTCTCAGCGGGGACAATTGAAGAGGCCTGATCATGCGGACCTGCGGTA CAAGTGCAGGACATATGCACGCCTTTTGCAACATTTGAAGAGTCTTGACAAGAATTGCTTGGGTCCTTTGAGAAAAGCTT ATTGCAGTTCTCTAAACTTGCTTCTTCGCAGGGAGGCCCGCGAGTTTGCAAATGAACTCCGTGCTAGTACTAAAGCATCT AGAAATCCAACTGTTTGGCTTGAAGGTTCCACAGGTTCTGGTCAGAATGTAAATGCTACCGACACTTCTACAGTCTCTGA TGCTTATGCAAAGATGCTCACGATTTTCATCCCACTTCTGGTGGATGAGAGTTCTTTTTTTGCACACTTCATGTGCTTTG AAGTTCCTACTCTTGTTCCTCCAGGAGGTGTCGTTAATGGCAACAAAGCTGGATATGATGATGACGATGATGATTTGGGA ATTATGGACATTGATGACAATGACAGCAAATCTGGTAATAATTCTGCAGAGCTTACCGCTTTGAATGAGTCACTTCAGGA TTTACTAGATGGAATTCAAGAAGACTTCTATGCTGTTGTGGACTGGGCATACAAAATTGATCCTTTACGCTGCATATCAA TGCACGGAATAACAGAACGCTATCTCTCTGGTCAGAAAGCTGATGCTGCAGGATTTGTACGTCTTTTGCTTGGTGACCTG GAGTCGCGGATATCTGCACAGTTCAGTCGTTTTGTTGATGAAGCTTGCCACCAAATTGAAAGAAATGAACGCAATGTTCG CCAAATGGGTGTCCTATCCTACATTCCCAGATTTGCAACCCTTGCAACTCGAATGGAGCAGTACATCCAGGGACAGTCTA GGGATTTGGTTGACCAAGCATACACAAAATTTGTTAGTGTAATGTTTGCGACTTTGGAAAAAATTGCTCAAACAGATCCA AAGTATGCAGATATTTTTCTTTTTGAGAACTATGCCGCTTTTCAGAATAGTTTATATGACCTTGCCAACATTGTGCCCAC TTTGGCCAAGTTTTATCATCAAGCTAGTGAAGCCTATGAACAAGCTTGTACGCGCCATATTAGCATGATTATCTACTATC AATTTGAGCGTCTTTTCCAATTTGCACGAAGGATTGAGGACTTGATGTTCACTGTTGCACCTGAAGAGATTCCTTTCCAG CTTGGGCTGTCAAAAATGGATCTACGGAAGATGTTAAAATCCAGTTTATCTGGGGTTGACAAATCCATTACGGCTATGTA TAAGAAACTACAGAAGAATTTAACTTCCGAGGAACTGTTACCTTCCTTATGGGACAAATGCAAGAAGGAGTTTCTTGATA AGTACGAAAGTTTTGCCCAACTTGTGGCTAAGATTTACCCTACTGAGACAATCCCATCTGTAGCGGAGATGAGAGACCTT TTAGCTTCCATGTAA
Protein sequence (LotjaGi5g1v0021200.2) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAKSSADDVELRRACEAAIEDPKQKIVLSLRVAKSNGILGKSSKLGRQMAKPRVLALSTNSKGQRPTAFLRVFKYSTGGV LEPAKLYKLKHLSKVEVIANDPSGCTFTLGFDNLRSQSVAPPQWTMRNTDDRNRLLLCILTICKDVLGRLPKVVGVDVVE MALWAKENTSAVSTQSHMQDGGPVASSVTERELKVNVEKELVSQAEEEDMEALLGTYVMGVGEAEEFSERLKRELQALEA ANVHAILESEPLINEVLQGLESATNCVDDMDEWLNVFNVKLRHMREDIASIETRNNNLEMQSVNSKSLIEELDKLLERLR VPSEYAACLTGGSFDEARMLQNVEACEWLTSALRGLEGPNLDPSYANMRAVKEKRAELEKLKSTFVRRASEFLRNYFASL VDFMISDKSYFSQRGQLKRPDHADLRYKCRTYARLLQHLKSLDKNCLGPLRKAYCSSLNLLLRREAREFANELRASTKAS RNPTVWLEGSTGSGQNVNATDTSTVSDAYAKMLTIFIPLLVDESSFFAHFMCFEVPTLVPPGGVVNGNKAGYDDDDDDLG IMDIDDNDSKSGNNSAELTALNESLQDLLDGIQEDFYAVVDWAYKIDPLRCISMHGITERYLSGQKADAAGFVRLLLGDL ESRISAQFSRFVDEACHQIERNERNVRQMGVLSYIPRFATLATRMEQYIQGQSRDLVDQAYTKFVSVMFATLEKIAQTDP KYADIFLFENYAAFQNSLYDLANIVPTLAKFYHQASEAYEQACTRHISMIIYYQFERLFQFARRIEDLMFTVAPEEIPFQ LGLSKMDLRKMLKSSLSGVDKSITAMYKKLQKNLTSEELLPSLWDKCKKEFLDKYESFAQLVAKIYPTETIPSVAEMRDL LASM
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 | 884 | 884 | 0.0 | – | |
| PANTHER | 1 | 884 | 884 | 0.0 | – | |
| SMART | 48 | 146 | 99 | 1.3E-17 | ||
| Pfam | 50 | 144 | 95 | 1.1E-16 | ||
| Coils | 221 | 248 | 28 | - | – | |
| Pfam | 224 | 867 | 644 | 6.0E-87 | ||
| Coils | 281 | 301 | 21 | - | – | |
| Coils | 575 | 595 | 21 | - | – |
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 | Exocyst | A protein complex peripherally associated with the plasma membrane that determines where vesicles dock and fuse. At least eight complex components are conserved between yeast and mammals. | ||
| Biological process | Exocytosis | A process of secretion by a cell that results in the release of intracellular molecules (e.g. hormones, matrix proteins) contained within a membrane-bounded vesicle. Exocytosis can occur either by full fusion, when the vesicle collapses into the plasma membrane, or by a kiss-and-run mechanism that involves the formation of a transient contact, a pore, between a granule (for exemple of chromaffin cells) and the plasma membrane. The latter process most of the time leads to only partial secretion of the granule content. Exocytosis begins with steps that prepare vesicles for fusion with the membrane (tethering and docking) and ends when molecules are secreted from the cell. |
Expression pattern of LotjaGi5g1v0021200.2, 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…