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 | LotjaGi4g1v0213400 |
| Transcript ID | LotjaGi4g1v0213400.5 |
| Related isoforms 5 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | SNARE-interacting KEULE-like protein; TAIR: AT1G12360.1 Sec1/munc18-like (SM) proteins superfamily; Swiss-Prot: sp|Q9C5X3|KEULE_ARATH SNARE-interacting protein KEULE; TrEMBL-Plants: tr|G7JLB0|G7JLB0_MEDTR SNARE-interacting KEULE-like protein; Found in the gene: LotjaGi4g1v0213400 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr4:49680296..49692454) extracted from Lotus japonicus Gifu genome v1.2.
CCTTCCAGCACAAATTCCCCATCCTCAGCTTCCTCAAAAATCTCTTCTTCCTCCTCATCATCCTCTACTTCCATCAGAAT GAGTTGGTAGTTTTTCATGGAGCAAATGTGTTCTCTCCCCCATTTGTCTCCACACTTAAAGCATAATCCCTTCCTGCTTC TCTCTTGAAGTTCAGTTTGGGTCAACCTCTGCCCTCCATTCCACCTCTTTTCTGGTTGTTTTCCTGTCCTGATTACCAGT GCCTCCTTTGTTCTGGAGACTTTTCCCTTCATTGTCTTGATTTCCTGTACCCCCTTTGCTCTGGAAATTCACATAAGAGT TTGCAATTCTTCCCTTGCTGTCCCCTGTACTGGAATAATACCTTCCCCCAACACTCCCTTTTTCCTTCCATCCCCTTTTG TCTTCCTCCTTGGGTTTGCCTCCTCTCATAGCTGTGTTTTTCTCTTCAAGCAACAACGCTCGATCCATTAATTCTGCTAG ATCATCAGCAGGGTACAGCTTCATTTCAGCTTTGATTTCTTCTTGCAACCCGTTTAAGAATACTCCTTTCAGCACCTCTC TGTCAGCGTTCCTCATGGGTGCTGCTAGTAACTCAAAATTCTCCCTGTACTCCATAACGCTTCCTTTCTGTTTCACACTC AACAGAGGACCAAACGGGTTCTGGATAAGTGCGGGTTGGAAATGGCGAAACAAAGCTTGTTTGAAAGGTTCCCAAGCTCG CTCTGGTGTCTGCTCTTCCCACCACTGAAACCACCCAAGAGCACGATCCTCCATGGCGATCATCACCATCTCGATCTTCT CCGCTTCCTCAACCCGGCTGAGTCGGAAAAACCGCTCAACCTTGGTGACCCACCCATAAGCGTCGTTTCCGTTGAACATC GGAATGTCCACTCGTCTTCCTGTGACGGCGCGCAAATGGCTCCGGTGGTGATAGTGCTCGTGGTGTTCTCTGCTGCGCGA CGCTGTCCGCGACTCGGTACGCGACCCGGTTCGTGACCCGTCATAAGTTCTCGCTGTTGAGACTGAGTTGTGCTCGCGTG AGCTCCTCCGATGCCGCGGGGTATTGGAACGCCCCCTGGTTCGCCGTCGGTCGCGACTCAGGAAGAGTCGTCGGAGTTCT TCGAACTGTTCGTGAGCCACCTCTTTCATCTCAGTAAGGGAACGCTCCAGATCATCCACTCTTGATTCCATCGCACCGCG GGTCAGCACCATACAGCTCCCTTCTTGGATCGGGAGCTCTAATACCAATGTTAGGTACCAGAAAACAGAGTAGGAAAATA GAGACTGATTATACTAGATTAGCACTGAATCCTCTGGTATGAACCCAGAAGCAGTGTTTGCAGTAATACAAAGGAAAGCA AATGAAGAAGAAAATGAACAAAGAGCAAATTCGAGAGTGCTCTATCTCTCCCAAGTCCTAGCCAATTTCTGCCTACCTCT CTCTCTCTCTCTCTCTCTCTATACTAACATATATATCCTTAGCTAATAGTACTGGTCCCCTCCTTATCATTGAGAATCTG CCACCTCACCAGGTGGTGGTTATTTTGGGATCCTAAGCTTCTAGAATGTTGGCCTCCAGCTGTGGCTTGGGCCTCCTAGC ATAGATGTTGCCAAACCTGGGCCTGGAGCTTGGGTTTGCAACAAAAGATGTTTTGAAAAGTTGAAGTCTGTAATTCCTTT GCAAACCTAGCATCTTTTTTCATTCTCTTTTTCTTCCTTTTAACATTTTAATAGCATATTGCTTAGCCACGAGCAATTGC TTTGTGTTCTGATCATTTTATTCAATGTTTTCTGAAACTTCTGCAGGATTATTACATGAAATGCTCAGGTCAGCAAAAAC AGGGGATTCAAAATCTACATGGAAGGTATAAGGTGCAATTAGTTGAATGAAATCTATCTCAGATTTTATAACTTATTATA AAAACAGATTTAACTGCCCTTCTGTTGGTTTTAGCCTCAGTTTGTAGCTTCATTATAGGAATCTTTAGATTTTTTTTTTT CAGTTAACGATGATGATGATCGGTCGTAGGACAGATTTAACAGATCTTTTCAATTATTTACCTTCTTCTGAGAACAGTCA ATTAGCTAAATCACAAGTCCAAAATGTGTGTTTAATTCGTTGGACCTTTGGATATGTGCTGAAATCTGAATGCAGGTAGT TAGCAACTTAGCATAGTTACAAATGGGGTCGTTCTGGAAAATTTATCAGCTTTCTCTATATATCTATACCAATATAAACT ATGAAGCCAACATCAGAGTTTTGACAAGTAAGAGACCCTAACCCTATGGAAAAGAAGAAAGAATAAAGGGTCACTGTATC ACCACCTCACGCTACATGAGAAGAGCTTTAGACATTGGGTAAAATTGCTGTAATTGGTTTGGCCCATATTCTCTAACTTG GGTTAGACCTAACTCAACCCCAAAAGTTAGCTCATGCGATAAGGATTGCCCAAGCCTCTATAAACAATACTTTGGACATA TTTGTAGTTGATGACTTGATTTCACATCTCAACGGGCATCTAGAGCATGGAGGTTGTAGGACTCATTTTTCTTGTGGGAA AGCTGCGGCCTGCGGGGCTAGGTTAATTCCACTGGGAAAGATGTAGGGCCAAATTGATTTTACTGGGGACTCGTAGGGTA ATGTTGATTTTTAGAAGGGTTCCGAATATCGGATATAGGATATTCTCTTGAATTTTGGCTAAACCTCTCTACCCCAAAAG CTAGCTCATGAGTTATAGGCTGAGACCAGTCATTTCTAAGGTCTATTAATCAAAGAAGGCCTAGGTGAGTCCCAGGGGAT CATAACCCTACGTCAATTCAGAGGTTATTGGTGAGTTAGGCAGGTCTAGAATAATTAGCTGAAAGGGAGACAGGGAGAGG GTATCACTTGTATTGTTGTAACTGTGGAGAGTTACTGGGTCTCACGAAATACTCAATGCATTCTTGTTTCCTTGGGTCTC TCTAGGTCTAACCCTCATTGGGATTTCTCTTGAATCTTGATCAATAAAAGAAATACGTATTATCTTTTTTCACCAGCTCT AAAATTAAGCTTGAAAACTACTAAAAGCATGTTTACCATCTTGTATTGGTTCATGGGTTGCTTGCCTGCAGGTACTAATA ATGGACAAACTTACTGTAAAGATAATGTCACACTCTTGCAAGATGGCCGATATCACTGATGAGGGTGTTTCATGTAAGAA TCGCAGGATGTTGTTTTAGCTGTCATTTTTCTTAAATCCACAGCCAGTAAAAGTCTTCCATTAGTTTTCTCTGATTTCGA TTTTATGCCATGCTTGTTGATTTCTTTTGATATTCAAATGTTGAAGTGAACTAATTTATACTCCAAATATTGCAATCTGA ATATACACTACTCAAGATATTGAAAGTCTGTAAAGTGTGGTCAATTTGGATATTAGAAGTGCACCCAAAAAAATTAGAAG AGAAGAGAATAAAGTCCTTGTTTCTTTTCTAGCTTGAAGCAGCTGAAGGAGTTTTTGTGGAGTGATGGTGAGACAGATGA TGAAGTAGTCAATAGATATAGCAAGAAGGTTTACATGTTCTTGTATTTGTCTTAAGGAAAAAATAAAGGCTTATAATGAA TACTCTGTTAACTATGCATACAATCAGTACTTCTTATATAACATTTGAACTCTGGGAGAGATCTGATAATATTCATAACT TAGAAGTCTTTGATTGATAGAAAGAAACTCAGAACTTGTACTGGCAATTTTCAGCATATCACTGTCTCTTAGTAACAACT AAGTGAACCTATGAATTCTAAAGGACTGACTTGTGTATATGTAATTATTTTATTGAGAAATTTATTGGGAGTTCTGATAG GCTGGTTGTTCTGAGGCATACACTTTTATGGCTATGTTTGGAATTTTCAGTGTGAATGGAATGGAAAGAAAAGAGGTGAA ATAAAACTGAAAGGAAAGGAATGGAATGGAGAGGAGTTGCCTTCCCCATGTTTAAGGAGATGAAATCAGATTGTAATTGT AAAGTTTCAATATAACCCTTAAAAAAGAATAAACTAACTTTATGGTATAAAATAGTAAATTATACTTTTTTAAGATAAAA GCTTGGCTACTCCACTTGGGCCTTGAGTTACATCAGCTTAGAGGTGAAGAAAAAGTGAACTTTAATATATCATCACATTT CTCCATCGTAAATTTAACGTGCAGAGGGAACTAGCTTCATTACTGTCCTTTTTTCTTCCATCTATCATTAGCTGCATGCC GGCTAATTTTAAGATTTGATACTAGTTTTGCAATCTTTATAAATTTAATGTAACTTCGATTATTTTCATTCTTGTTAAAC TTAAAGCTTTTGTACTTTAACAACACGTCCTCCATAAGCTAAAAGTTTAATATATTATCTTTCCATTAATTTTTTTCTTA ACTATCCATTTTGGATTTAATTAAGAGGACAATAGAAGAAATTTATTCAGGAAACTCTTGTATTTCGCACAACTAGGTCT ATTTCTTGTATGGTATGAGATTTTGTTTTTCTTTTGTAGTGGTTGAAGACATATACAAGCGAAGGCAGCCATTGCCCACC ATGGATGCTATATACTTCATCCAGCCAACAAAAGAGAAGTACATATCCTCTCTCTATATTTTTGGTGTCTTTAATGAATC ACCTTAAATTAACTTGAGAACACTCTGAGATTGTAATGGCAGTAGTATAGGCTGATTTTCTGGCAGTCTGTCATGGTTGC TTTTTCATGATTTCTGCTAGTTCTACTGACAAAATTAACCTTGCTCATGAGTCATGCTGAATATAATAGTTTGGCTGTGT GTCAAAGTTCAACATACTTATGGTGAGAAAGATTAAGAGTGTTGATGCTGGGGAGGAAAAAAGAGAGACTGTTTTGCCGA TAGTTTTGAGTTTTGACATTATTCTTTTGGAATGTCTCAAGTAATTTTGCTTTCAGTGTTCCTGACTCCTCCTCTTGCTT CTCTGCTTGTTTTGTATGCTTATTTCAGATGTTGGTGTACAATATGTTAGTAATGTCTATAAATAGGCAGTTTAGAAATC ATTTTGGGAAATTGGAAGTATAACTCTAAACTCCCTGTCTCTTGTTTGAAAATAAAATAACAGTTCTCATTGGGCTTTGA ATTTGAGTTATAATTTTTTTAAGTTTGTTCTTTGACTCCTACTGATATTTTCTGCCTATTAATTTTCTTGTTACTTTTAT TTAGCTTTGATGGAGGTTTTGGTTAATCTACACCGAGTTTTATAGATTGTTCCTTATTGACTTTCCCTCTTCATTTTTGT CGGCAGTATCATAATGTTTTTGTCAGACATGTCTGGAAGGAAGCCCTTATACCGGAAGTATGTGATTTTTGTATTATCTA CTGTCTGGAATATCTTCTTGACTTCCTCTTATTGGTTTTCATGCCCGTTATACTCTGCGTTCTTGTAGGGCATTTGTTTT CTTTAGTTCACCTATAGCGAGAGAATTGGTTATGGACATTAAGAAAGATGCACTGGTGTTGCCTCGAATAGGTGCTTTGA GAGAGGTGAAGATATTAAAATCTATGTTGTAAATTGAATTTTGCCCTGAGAAATTTCACATTTTTCTTATTGTGATTTTT CTCCTTCTTTGACACTATGCAGATGAATTTGGAGTATTTTGCCATTGACAGTCAGGTATGTGGTATGTCATATATGGTTG TACATAATTTCACTTCTTGTCTGTCATACTTATAAGTTTTGTTCATATGAACATAATTACTTCCCTATCCGTAGTTAGTA TTGAGAAGTTTCAAAATCATGTTGTAAAGTTCCATATAGCCATGGATCAGATTCAAGTGACAGATGACAATGTTCTTCCA GTTAACGTAACATATTAGAATTTATTAGTCGTTGAAGATAGCCTTCTGCAGATACAAACAGCGTTTGTTCTTCAGAATAC ATTTATGTCATGGGTGGGTTTGCAAAATTAGAGGCCTGATGAGGACTAAATTGTATATTCCATTAAGTTAAAAATGGAAC AACGATGGAATATGTGGATTAAACGTCCTGTAATGTGCGTAAATTGGCAATTTTAGTCATTCACGTTATTGCCTTTTCAA TATCTCACCAACAAAAAGCAGTAATATATAGTGTTAGAACTTAAAATTCATTAAACCTGCTTCTTGAGGTTATTTCCCTT GAGAAAAGTTTACTAACTTTCAATGTGCTGATTAGCAATTTTTTATAAGTTTCCAATCTCATTCTCATCATTATTCGATT ATTTAGTGTCCTCATTTCTATGGTTTGTGTGATTTTTGTCATGTCAATGTAGGGATTCATTACTAACAATGAGAGGGCTT TAGAGGAGCTATATGGGGATGAGGAGAATGCTCGAAAAGCTGTTGCATGTTTAAATGTTATGGCTACTCGGATTGCTTCA GTTTTTGCTTCACTAAGAGTATGTTGTCAATGCTCTTGACCGTTGTGATAGGAAGTACAAAATTATAAAAATGTTAATAG TAATTCAAACAAACAATTGAAAGTCTTCTGAATATAATTTTTCTTCAGGAATTCCCTTTTGTTCGCTTTCGCGCTGCCAA GTCCCTAGATCCTACCACAGTGACTACTCTTCATGAACTTATTCCTACAAAGCTTGCTGCTGGTGTCTGGGACTGTCTCA TGAAATATAAAAAAAGTATACCTAATTTTCCTCAGACTGAGACCTGCGAGTTGCTCATCATTGATAGAACTATTGATCAG GTTTCCTGTTTCTATTTGTTGGTCATGTGCGCGTAATATTATTTTAATGGATTTTATCATATTGATTTAATAAAGATGCT ATTTTGGATGTTTAGATTGCCCCTGTTATACATGAATGGACTTATGATGCCATGTGCCATGATTTGTTGAATATGGAGGG AAATAAATATGTTCACGAGGTATTCTAAAATTCCTTTTTTTCCCTCTCTAAACTGTTTTGTCCACTTTCTTGTTTATTAA TGTAAATCTACTGTATTTATAAGGTTCCTGGCAAGAATGGTGGTCCACCAGAGAGGAAAGAGGTTCTATTGGAGGATCAT GATCCTATATGGCTTGAACTTCGTCATGCACATATTGCAGATGTATGTCCTGGTCTTACTGTTTAGTGCTTATTGTTTAG GCTTTAGAGTGTGTTACTTAGGGTCACCTGTACTTTTTGACCCATGAGCAACATGAATACTTTTGATATTGATGACCTTG GCAGGCTAGTGAACGATTGCATGAGAAGATGACCAGCTTCATTTCAAAGAACAAAGCTGCACAAATCCAACATGGTTCTA GGTGAGTCATACTTTTCTGGGAGCTTTTCATCAATGACATTCTAAGAGGATGTTGATTCCGAACTAATTGTAGATACTGG TTTATTCAATGTTGAAAATAAAACATGAGCCTAATTTAATAATTATTACGAAAGGCTTTTTTTTTTTGAAAGTCTCTAAA GGCTTTTAATAATTTAATTCTTAATAGTTCTTACTAATTTAATAATTTTGTAGATACTAAAGGCTTTTATGACTTGATAA CTCGTGAAATTAGTTTTTGGTGCTCAATGTCTAGCCATGCTGGAAAGATACTATTTTTATTTGTATGTGTGCATGATGTG TTATGGTGCTGTTTATCTCAAATCATCAAATGTTTTAGTTACATTTCCACTAACCACCCAAGGCTATAAAAAACATTATA CTTTTTGATTGTTTCAATTTTTTTCCTCTATGTGATACACATTATCAGTTTAATCTTGAACTACTTAACATCCGGGACTG TAAGTTCCAGCAGAAATATTTGTCACTTCTTCTAGAACATCCCTTGAGACATTCAACCTTGGGGGTGATTTTACAATATT GCTCTCTGCACAATATATATATATATATATATATATATTTTTTTTTAATCTCACATTAGGGATATATATTAGAGAACTGC TATATGGTACGAGCAGATTACGCACGATGAGGCACGAGCTGACGTGGATTATTGAAACTCAAATTTTGCATCTTCTCTCT CCTCTCTCTTCTTTCTCTTTCTGACAACAAGATGGGGCTTCAAAAAAAAAAAACAAGATGGGGCATCTGAGTACTATTGA TTCCAACTCACGTGTCTTCTCCATCATCTAATGAAAGAGATATTCTAATCTACACTATCTCAGTATCTCTATTTTCTCTT TCCCCAACAGAAAAGCACAACCCAGAAACTTAGTGCCCCATCTTGTTCTTCAGTTTCTTCCTCAATCTCCCCCTCACCCA ATTCCATATCTAAGAAAGTTAGTAGCTTTATAGATGAAACCCAAGAAAACAAGGGTGAATCCCAAATCTGAGAAAGTTAG TAATTTTTCTCTCATTTTTCTTCCAAGATGAGGACCCATAAACATCAAAGGACGAGGCACGAGGAAAAGGATGAGGAAAG GAAACCTTTTTCTTCCAAATCCAGCATGGGTGAACCCCAAATATTCCAAATCCCCATCATTGAGCCATGATTTGTGGTGT TGATGGTGTTGATGAAGAGGAAGATGAAGAGGTTGTGGTGTTGATGGTGGCGAGTTCAGCTTTGTTTGGGGTGGTGGTTC GATGGTCACAAACACTGAAACACAGATCTGGAAAAATGTTGTGATGTAGTGAGGAATGAAGAAACATCACGATTACTAGT TTACCCCTGTTTTCTTTTATTTTAATTTTAAAAATGCCATTTTTTTACATCGTGCATACTCGTGCGTCAAAAGGCTCGTG CCTTCTAGCATTTTCCTATATATTATGCACGGCTGACTCGTGTTATTTAAAACTCTGTTTTGAATTTAATTTTTTTTATC ATCATCTCTGTTTAGTAAGAAAGTTTTAGGACGAAAGTTGTTCTTAGCGCCTAATAATCATTGCTGGAGAGAGGAAAAAG CAAACTTGGAAAGTAAATGGACAAGTGGACATATAATTAAATGCAACAACTTTTTTCAGTCTTTTCCATTTGAATTTCAA GAATATGTAGTTGTACACTTGTACTATTCAGTATTTTTCTTATTTTATACTGTCGAGACCTCCTCTCCTAAAACTGGAGG AATTCTGTGTTAGCACAGCCTATGGACCATGCACAGATTTTATTGAAATTCAATTTATTATATTGAATAATGGATATGGT AAGAGTAAGATTGAAGTCTTGATCACTTGGTCATAGAGTGGTTTGATATGTCAAGGACCTCTTAATAGGTTAAGGTGTTT TGTGAAGGTACAAAATTGTTTTTAAATCTCTAATGTCTCTATTGTTGTGTAAAATGATGGACTCCTTGATTGGAAAATAA ATCAGAGGGCATGCGTTTTTTCTTAATGAAATAGGTTGGCCTTTCTAAAATTTAAGCCTAGATCTGTAGAATATTGGATG GAAATGTTTATTCATTCATCTAGTTTCTGTCACAACTTTGAATTCATTTAGAGGTAATGGTGAAATGTCGACGAGGGACT TGCAGAAGATGGTTCAAGCACTTCCACAATACAGTGAACAAATTGACAAGCTCTCCCTCCATGTAGAGGTTAGTGTTTTT TTTTTTAATATTCATTCATGATGCCCAAAAAATGTATGATTTATATTATCTCTACAAAAAATAATGTGCTGTCTTCACTT GGAAGTAGATCTTATACATTGTGTCGGTGTCCTCAATGAAAATTATTATTGTATTCTTGGGTAATACCATGTTTTAACTT TCAATTGCATGTAAAGTAATTAGTTGGACTGTTGAGAAGTCCAACATTGACTATATGGCCAAGATAGCCCTTATACATCG GAGGACAATCCTCACCTCTTGAGCTAGCTTTTGGGGTAGAGTTAGACCTTCCAAATTCTAATATAGTATTAGAGCCTATC CTAGATTCGTTTAGTGGACTCCACATATGGGCCAGGCGCAATTGACCAGTGTCTGAGGGGTCATTCTCATATCAATGCCC TGTGGGGATACCCTTATCCAAAGTAAAAGCCAAAAAAAATGTTATCATGCATAACATTGTTGCTTTCACCAGGACTCTTG CTGGTGGATGACTGAGAAATTATCTTTTGTGCTTAAGCTTATTATATATATATATATATATATATATATATATATCATAT ATCATATATCTGAGTTTTTCCTTCAGTAATTGATTTATATTAGGATTTCAGTGTTAACAACTTAAAATAAATTTAGTAGT AGTGGTACTGACTATATTCATGGGTTATATATATATATATGTAAATATATAAATAAATGATGAGCTTCTTCATCCAGATT GCAGGAAAAATTAACAGAATCATCAGGGAATCAGGACTTCGGGAACTTGGGCAGCTGGAGCAAGATCTTGTTTTTGGAGA TGCTGGAATGAAAGATGTTATCAAATTTTTGACTATGAAAGAGGTGAGTAATTCTTACATGGGAAATGAAACAGGTGTAC CTTACATCTAGTCAGTGGACAAAAACAAGAGACTTTTTGACTACAGAAAATGGGTTGTGGAATTAGAAATAGAGCTTTTT TATTTTTTCACAAGTTAAAATTCATTTAAGTACTGTTTTTATGCAGGATACAAGTCGTGAAAATAAGTTACGCTTGTTAA TGATTCTTGCAGCCATGTATCCTGAGAAGTTTGAGGGTGAAAAGGGTCTGAATTTGTTGAAGGTGTAGTTTCTTTAGACT TGATACCACCGAAATTCTCACTCGCAGTTTGTTAATTCATCTAAGTCAGAGAACAAATGTGCTGTTATCAATCTCTTTCC CACCACCTATAATGGTGCTATGCAATTTATATTTTTATCTTCCAAATTCCAATTGCCTTCCAGGTAGCGAAATTGACAAA CGAGGATGCAATTGCTATAAATAATTTGAGAATGCTTGGGGGAGAACCTGAGACTAAAAAAACCTTGACTGGTGGTTTTG CTCTTAAGTTTGATATGCACAAGGTAATGGTAATTACTAGCTTAAATATATGATTTTTCAATGTTATCTTGTATCTGAAA GTGTTCTTCTAAATTGTCAGAAAAAGCGGGCGGCAAGGAAAGATCGTTCTGATGAAGAGACATGGCAGCTATCACGCTTT TATCCCATTATCGAGGTACAACAAGTTAATACAATTTTCCCACATAAAACATGGATTAATTTTATGAAAATTTTGTTCTG AGTATAGCATAGGTAAGGCTATTGTTGAAATTTTTTCTCTAATCTTTCCTTTATTTATTATTTTCTAATGTCTAGACAGC CAGATTTAGTTAGTTGGTTGTTTGAAGATTCGACCTATTTCCTATCACCTATCATGTATTTTAATCTCATTCTAATGTTA AGAAAATAAAAGTGGATTTTATATTTTCATATGATGGCATTTTTAATTTAGAAGAATATTATATATGATGGTTTGATTTG TTGCTTATAAAGCTTTTAAGCCTCTTGAGTGGATGATCCATCATTCAGGAACTTATTGAAAAAGTGAGCAAAAATGAACT GCCAAAGGAAGACTATCCATGTATAAATGGCCCAAGTCCATCTTTCCATGGAACATCTTTGGCTGGACCGGTAATTCAAA TTCCTCCCGCTCATTCGATGAGATCGAGGCGCACACCAACCTGGGCTCGACCTAGGGGCTCTGATGACGGATATTCAAGG TTTTGCTTTCTTTCATTCGTAATCTGAGTCAGTGCTATGATAAATGCTTCTAATGAGATCAGTTGATATTTTTCACTTCA TTCATGAACTAGAACCTATGATTCCACACTCACATTTAATTTCATCTTTTCCTGCTTGCATCTAGCGATTCGGTGCTTAA ACATGCATCCAGTGATTTCAAGAAGATGGGCCAACGAATATTTATATTCATTGTTGGTGGAGCAACCAGATCTGAGGTTG GAATAATTTCTTCATAAAATGATTGCCATATTTACTACTTTTCCTTTCTGCTTGTCTGGTCTGACACATTTGTTTCAATC ATCAGCTTAGGATTTGCCACAAGCTTTCTGGTAAGCTGAGGAGGGAAGTTATTCTGGGCTCGTCAAGTATTGATGATCCT GCACAATATATTACGGTATTGAAATATTTACCTTTTCAAAACCGAGCGTGTTTCCTAAATTATGATTTACCATAACAATC CTTGCATACTATTTTTCTTTTGTAGAAATTGAAGATGCTATCAGTACAGGAACTTTCATTGGATGATCTCCAGATATGA
CDS sequence (LotjaGi4g1v0213400.5) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGAGATTATTACATGAAATGCTCAGGTCAGCAAAAACAGGGGATTCAAAATCTACATGGAAGGTACTAATAATGGACAA ACTTACTGTAAAGATAATGTCACACTCTTGCAAGATGGCCGATATCACTGATGAGGGTGTTTCATTGGTTGAAGACATAT ACAAGCGAAGGCAGCCATTGCCCACCATGGATGCTATATACTTCATCCAGCCAACAAAAGAGAATATCATAATGTTTTTG TCAGACATGTCTGGAAGGAAGCCCTTATACCGGAAGGCATTTGTTTTCTTTAGTTCACCTATAGCGAGAGAATTGGTTAT GGACATTAAGAAAGATGCACTGGTGTTGCCTCGAATAGGTGCTTTGAGAGAGATGAATTTGGAGTATTTTGCCATTGACA GTCAGGGATTCATTACTAACAATGAGAGGGCTTTAGAGGAGCTATATGGGGATGAGGAGAATGCTCGAAAAGCTGTTGCA TGTTTAAATGTTATGGCTACTCGGATTGCTTCAGTTTTTGCTTCACTAAGAGAATTCCCTTTTGTTCGCTTTCGCGCTGC CAAGTCCCTAGATCCTACCACAGTGACTACTCTTCATGAACTTATTCCTACAAAGCTTGCTGCTGGTGTCTGGGACTGTC TCATGAAATATAAAAAAAGTATACCTAATTTTCCTCAGACTGAGACCTGCGAGTTGCTCATCATTGATAGAACTATTGAT CAGATTGCCCCTGTTATACATGAATGGACTTATGATGCCATGTGCCATGATTTGTTGAATATGGAGGGAAATAAATATGT TCACGAGGTTCCTGGCAAGAATGGTGGTCCACCAGAGAGGAAAGAGGTTCTATTGGAGGATCATGATCCTATATGGCTTG AACTTCGTCATGCACATATTGCAGATGCTAGTGAACGATTGCATGAGAAGATGACCAGCTTCATTTCAAAGAACAAAGCT GCACAAATCCAACATGGTTCTAGAGGTAATGGTGAAATGTCGACGAGGGACTTGCAGAAGATGGTTCAAGCACTTCCACA ATACAGTGAACAAATTGACAAGCTCTCCCTCCATGTAGAGATTGCAGGAAAAATTAACAGAATCATCAGGGAATCAGGAC TTCGGGAACTTGGGCAGCTGGAGCAAGATCTTGTTTTTGGAGATGCTGGAATGAAAGATGTTATCAAATTTTTGACTATG AAAGAGGATACAAGTCGTGAAAATAAGTTACGCTTGTTAATGATTCTTGCAGCCATGTATCCTGAGAAGTTTGAGGGTGA AAAGGGTCTGAATTTGTTGAAGGTAGCGAAATTGACAAACGAGGATGCAATTGCTATAAATAATTTGAGAATGCTTGGGG GAGAACCTGAGACTAAAAAAACCTTGACTGGTGGTTTTGCTCTTAAGTTTGATATGCACAAGGTAATGAAAAAGCGGGCG GCAAGGAAAGATCGTTCTGATGAAGAGACATGGCAGCTATCACGCTTTTATCCCATTATCGAGGAACTTATTGAAAAAGT GAGCAAAAATGAACTGCCAAAGGAAGACTATCCATGTATAAATGGCCCAAGTCCATCTTTCCATGGAACATCTTTGGCTG GACCGGTAATTCAAATTCCTCCCGCTCATTCGATGAGATCGAGGCGCACACCAACCTGGGCTCGACCTAGGGGCTCTGAT GACGGATATTCAAGCGATTCGGTGCTTAAACATGCATCCAGTGATTTCAAGAAGATGGGCCAACGAATATTTATATTCAT TGTTGGTGGAGCAACCAGATCTGAGCTTAGGATTTGCCACAAGCTTTCTGGTAAGCTGAGGAGGGAAGTTATTCTGGGCT CGTCAAGTATTGATGATCCTGCACAATATATTACGAAATTGAAGATGCTATCAGTACAGGAACTTTCATTGGATGATCTC CAGATATGA
Protein sequence (LotjaGi4g1v0213400.5) extracted from Lotus japonicus Gifu v1.2 Proteins.
MRLLHEMLRSAKTGDSKSTWKVLIMDKLTVKIMSHSCKMADITDEGVSLVEDIYKRRQPLPTMDAIYFIQPTKENIIMFL SDMSGRKPLYRKAFVFFSSPIARELVMDIKKDALVLPRIGALREMNLEYFAIDSQGFITNNERALEELYGDEENARKAVA CLNVMATRIASVFASLREFPFVRFRAAKSLDPTTVTTLHELIPTKLAAGVWDCLMKYKKSIPNFPQTETCELLIIDRTID QIAPVIHEWTYDAMCHDLLNMEGNKYVHEVPGKNGGPPERKEVLLEDHDPIWLELRHAHIADASERLHEKMTSFISKNKA AQIQHGSRGNGEMSTRDLQKMVQALPQYSEQIDKLSLHVEIAGKINRIIRESGLRELGQLEQDLVFGDAGMKDVIKFLTM KEDTSRENKLRLLMILAAMYPEKFEGEKGLNLLKVAKLTNEDAIAINNLRMLGGEPETKKTLTGGFALKFDMHKVMKKRA ARKDRSDEETWQLSRFYPIIEELIEKVSKNELPKEDYPCINGPSPSFHGTSLAGPVIQIPPAHSMRSRRTPTWARPRGSD DGYSSDSVLKHASSDFKKMGQRIFIFIVGGATRSELRICHKLSGKLRREVILGSSSIDDPAQYITKLKMLSVQELSLDDL QI
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 |
|---|---|---|---|---|---|---|
| Gene3D | 1 | 124 | 124 | 2.2E-38 | ||
| PIRSF | 1 | 636 | 636 | 9.1E-174 | ||
| PANTHER | 2 | 640 | 639 | 0.0 | – | |
| PANTHER | 2 | 640 | 639 | 0.0 | ||
| SUPERFAMILY | 4 | 631 | 628 | 1.83E-142 | ||
| Pfam | 21 | 625 | 605 | 5.0E-113 | ||
| Gene3D | 133 | 624 | 492 | 4.9E-88 | ||
| Gene3D | 248 | 370 | 123 | 4.9E-88 | ||
| Gene3D | 371 | 497 | 127 | 4.9E-88 | – | |
| MobiDBLite | 544 | 566 | 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 | Vesicle docking involved in exocytosis | The initial attachment of a vesicle membrane to a target membrane, mediated by proteins protruding from the membrane of the vesicle and the target membrane, that contributes to exocytosis. | ||
| Biological process | Vesicle-mediated transport | A cellular transport process in which transported substances are moved in membrane-bounded vesicles; transported substances are enclosed in the vesicle lumen or located in the vesicle membrane. The process begins with a step that directs a substance to the forming vesicle, and includes vesicle budding and coating. Vesicles are then targeted to, and fuse with, an acceptor membrane. |
Expression pattern of LotjaGi4g1v0213400.5, 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…