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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0021200 |
| Transcript ID | LotjaGi5g1v0021200.4 |
| 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_chr5:3868123..3880883) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCGAAATCCAGCGCCGACGATGTGGAACTCCGGCGAGCTTGCGAGGCTGCAATTGAGGATCCAAAGCAGAAGATCGT CTTGTCTCTCCGCGTCGCCAAGAGCAATGGGATCTTAGGAAAATCTTCCAAGCTTGGTCGCCAAATGGCCAAGCCTAGGG TTCTTGCTCTCTCCAGTTACCTATTCCTCTCCATATTTGCTTTGATTTTGCGTGTCAATGTTTTATTTTTGCTTTCAAGT CATTCACTAACTTCTCTGATGTGATGTCAACACTGGCCTTTGATTTCCTGTACTAATTCACCTAGCACATAATTCTGCAT TAGCTTTGTGTTTTTTGTGGGGTAGCTTGTTGGATCTTCAACTGATTAGTTGATAAATTCAATTTTTTTTCAAGTGATGG TTACTTCAATGTGTGATGCTTTTTTATTGTTGTATTTCTGTATTGGTGTTGGTGACAAAGTGCTATTTCCTGCAGCAAAT TCAAAAGGTCAGAGGCCGACGGCTTTTCTTCGAGTTTTCAAGTATTCTACTGGAGGAGTTCTTGAAGTAATTTGCTTTTT TTCTTCTTCCTTTTTGTTTGGGATATGATTGATTTTGGAGCCTCTGTTGTGTTTTAGCTAGTCATCCCCCAATTCCCTGT TTAAATCAAATGCATAGAATAGCTAGAGATCCCTTTTAAGCCTTTGAGTATTGCTGCGGTTGTTTTTCGGTTTTTGGTGT TCGATTTAGGAAGATTCATGACCCTCCTGTTCAGTATTTCATTTATTTTTATGGTACTTGCAGCCTGCAAAACTGTACAA GCTAAAGCACCTCTCAAAAGTGGAAGTTATAGCAAATGATCCCAGTGGATGTACATTTACACTGGTAAAGTTCCACAATA GAAGAGATCTTTATGTTTTAATTCTAACATATATTTTTAAGTTTCTGGCACAGATGCAATAAGCGAAGCAACCATTCCCT ATTTTGATGTTTGTTTTTTAACGTTTTCCTAGTCATTTGCTTCTGGAACTGATGCATGTGTATCTATTAGGGATTTGATA ACCTTAGGAGCCAGAGCGTGGCTCCTCCTCAATGGACAATGCGCAATACTGATGACAGGTGATTTTGTTGAGAGAAATGC TAATCTAATCATATTCAGTTTTGTAGTTGAGTTCTGAATGAGGGGAGGAAATTTTTCTGATTATGTCTATCACCTTTCAC TCGTAGGAATCGCCTCCTTCTTTGCATCTTGACCATCTGCAAAGATGTTTTGGGCCGCCTTCCTAAGGTTGTTGGTGTAG ATGTTGTGGAGATGGCTCTTTGGGCTAAGGTACATATGATGGTCTTCTAGTCACTTAATTTTGGTGTTCCTTTCCAATCT AATAGCCATCATTCTGTTCTGATGAATGTTTTTTTTCTTTTTCTTTTTTTCCTGTTTTAATAATTGCTTAAAAAATTGTT ACTTGGTATTTGTTACTTTGTATGGAGTGTGAAAGTGTGACTTCTCTCATTTGTGGTTATCAAGTCCATGACTTCAAGCA TAGGATGTTAAACTCTAACTACGTTTGGAAGTTTTGGGTACAGGGTGTCAAGAACCACTTATCCAACAAGCTTAAGTTGT TGGGTAAATTCCACATGAATGATTTAATATTATATCCTAACACGTCCCCTCACGCAAGAGCCCACTTGGGCTTGAAGCGT GGACAAAGCACAGGTCCACCTATTGTGTGCTGAAATTCAACTTTTTTATTAGAAAAATGGGGGCAACAAGAATTGAACTC TAGACCATTTAGTCATAGAGGCTCTGATACCATGTCATGAACCAATTATCCCAAAAGCTTATGTTGTTGGGTAAATGCCG CATGAATGGTTTTATATTATATTCTAACACAGGGAGGGGGGTGATAGAGAAGGGAGAGGGGAGTTGAAGCCCTTCTTTTG ACATTTAAATAAGGGAAAGAGGGGAGTTCTCTTTCTCTTGTTTAGGAGTTTGAGTTAAACAAAGGGGATCAGAGTTATTT ACTTCTATTTAATTTGAATAAATCATTTCCCCTGCTTTCCTGCCAATTTGAGGGGGATGGGGCTCACTGAAGGGAATACA CCCTGATCCTTCTTCTCCTTAGTAATCTCCTAGAAAAGGTTAGGTCCCTTTCCCCTTCTGAGCTCAGGTGACATAGCATA GGAGTCTTTCTAAGCTGGGTTATATCTCTTTCTAAGCTTCTTATCACAGTGATTAATTGCAATTCACTATTTTATATAGT TGACTTTTTTATTTTGTTATGTTCACAAAATGTGAAACAGGAAAATACATCTGCTGTTTCTACTCAAAGCCACATGCAAG ATGGTGGTCCTGTGGCATCTTCTGTGACTGAGAGAGAGTTGAAAGTCAATGTTGAGAAGGAACTTGTCTCTCAGGCAGAG GAAGAGGACATGGAGGCTCTTTTGGGGACGTAGGTGCTATTCTTCTTTGTCTTGAGTTATATTGAGGTTAAATATTTGTG TTAAGTAGTAGTTTACTAGAAGTAATGGCTTCTTCTTCTTCTACTTTGACTTTTTGGGCAAATTGCTGGATTGAGTTCTT TAAATTCTAGGACCAAAGGGAATCTTCCTGTCTTCCCTTATAAAATTGGCAGCCTCATTTTATGATGGATATACAAAGGA GCACGCACACGCACACACACACACTTCAAAATAGTAGCCTCGGTCATGTTAGACATTTATCCTTGTTGAAGACTTCATAG ACATTTCGGATTTGTATTTGACCTCGTTTTTATTTTGTAATTTTTCATACCAATTCAAATGGAAATACCAGAATCATTAG ATAAATGTTTTATTATGTCTAGAATCACTTGTGATAACTTTTAAAATATTGATCCTTTGTTTTGATTTAAGATTTGTATG TACATTTTAAATTATTTAATGTTGTATCAAAGCTGTGTCATGTCCTATAATTTTTAAAATTTGACATATCCTTGTTTACA TGTTATATTGTATCCATAGCTTGTGTAGTACTGGGACCCATGCTTCCTAGTATAGAGAATTCATAAATTAATAGAAAGTG TTGAGTATAATGGTTGTAACATATTTGTCAAAGTTCAAATGGGAAAAAACATGTCAGTTGGTGATGTGCATGATTCAGTT TTGCTCTGTCGCATCTTTCATAAAACCAATGTGCACAACTAAAGGGTTGAATTTTTGAATGTGCAGTTATGTCATGGGTG TTGGTGAGGCAGAAGAATTTTCTGAAAGGTTGAAGAGAGAACTCCAGGCTCTGGAAGCAGCTAACGTGCATGCCATTTTA GAAAGTGAACCTTTGATAAATGAGGTATTACTATTCTTTGAGTTGATGATCTTTGTTTGGCTTGTATTGCCTTCCATTTT GTTATTTGTTCTTGTGAACATGCCCCTTGGTTGGCAGCTTATTTTCTACTGTGCATTTTGAATGATAGACTGAACTAAGC TTTTGTGTTGTGTAAGCCATGATTCAACATTTTAAACACCTGAGCTTCTTGAATTTTATATGAGATCAACCAATTTATCT GGTGGTTTTATGCCTGGATGAAACTAGAAATCGTGCCTCTTTTTTTAAGTTGCAACAGTATCTCATTATTGTTATTTAAT CCGTTAGTGCTGCTATGCTTAAGGTAGTCAAAATCAATATTCTACTTGGGATAAGGAAGGCAAACGAAAATCATAAATCT TGACATTGTAACATGGACCGTTAGGCCCCTATATATATATATATGTATATATATATATGTATATATATATATATATATAT ATATATATATGGATGTATCTTATGAGAATGGTGTTTTTATGTGAGAAAGTGAGAATAAATCACGGCCGTTAGAAAAATAA CCTTCAAATCACCGCGAAGCCTATGATAATACAACTCTATTTCACAAACCTTCATGTTTCTTGTTTGTTTGGGTAAACAG TTTAATCAAGCATTTAATCAATTAGCGCTTCTCACATGATAGCTTTGTCAAAAGAGCTTATTCAGTAAACGCTTGTTCCT TTGCTTATCTAAGTAGCTTACTAAAATAAGCTTAGAAGAGCTTCTAGGTAGGTCGCCATTTATATAAATTTAATCAAACA CTTTGATGTAGGAGCTTTTTAGGATATTTTTAGGATTTTAGTAGTTTTATTTATTTGTGGTTAGGATCTTTTTATTCTGT GATTAGGGTCGTTTAATTTGTATATTTTATTAACTTTTGATTAGGATATTTTTATTTTCATATTATGATCTTTTTATTTT CAGAATAGGATCTTTTAATTTTGGAATAGAATATTTTTAGTTTCATTAGGGTTTTCCTATTTCTCTATTTCAGCAGTTGT AAGGCATGAGCCATAGTAAGTTTTTGATTATTATAAAACGAGATTTTTCTCAAACTCTGGTGGATTCCAGGGTATTTTTT TGGGGTTTTAGCGCTGGCTATCTTCCTTTCTGGTGGATTCCAGAAACCTTCTTTTTAGGATTTGCGCTTGCAATCCTAGT ACAACTTCCGCTGCATCACACTTGCTTAAGTACTTATGTCATAATATAAGTCCAAATAACCTCCGATAAAGAACTCCTGC AAATTCCCATTAGAAAAGCTCTTCCAAACATTCGCTAGTTATTTATAGTAATTCAGTATGATTCATGTGAAAGACAAAAA AGTGTTTTTATAAATTTTTCATCCTAACTTGTGCCTTGCAGGTGTTGCAAGGGCTTGAATCAGCAACGAATTGTGTGGAT GATATGGATGAATGGTTAAACGTATTCAATGTGAAACTCCGACACATGAGGGAAGATATTGCATCAGTAAGGGATTTTGT ACCTTTAAAATTGTGTGTTTTTCTGTTTTCAATTTTAAATCACAAAACTGCCACATTGTGTTCAATTTGTGTGTATAGGG CGGTATTGTGCAGCCTCTTGATCTGTTATGGAGATATAAGGGTATATATGGTTATTACGGTATCTCGTTGGTATTTGGCC CATGGCCTCAATTAGGAGGGTTTTTGTACAGTGAGGGATTGGGAAGCATTGTTGTGCAGCTGAACTCTCTCTCTCTCTCT CTCACCCGACACTATTTTTAGTGTGAGAATGTTCTTGGAAGATATTTTATTCACCTCCCATTATACAATATTCTTTTTCT TTGATCCTCTTCTTTTTCCCTTAATATAATCTTTCTTCTAGGTTTAAAATAACCTGAATATAAATTTGATGATTATTTTA AAAAGTTGATATAAGGTCACATTATTTCTTAGAGGCAGCCAATTTTTTGGTGCTGTGAAAATTTCTTTCTACTTTGAATT TTTTTTCTTCAGGTTTTTGTTTGCTTCTCTAGTTTATCTAGTTGATATTCTTCCGATGAAGGCTGATCTCTTTATTTTGC CTTAATAACTTTTCTGATGCCCAGATAGAAACCCGCAATAACAACTTGGAAATGCAATCAGTAAATAGCAAATCTCTCAT TGAGGAGCTTGATAAGCTTCTTGAGCGATTGCGTGTTCCATCTGAGGTATAACTTCAGTAGTTGAATGGTATACAAGTTT AAGCTGGATGAACTTACCTAGCTTGTATTTATTAATGATGTTTTTTTGGGTTTAGTATGCAGCATGTTTGACAGGTGGTT CCTTTGATGAAGCTCGAATGCTTCAAAATGTTGAAGCATGTGAATGGTTGACCAGTGCCTTGCGTGGTCTAGAAGGGCCT AATCTAGACCCTTCCTATGCAAACATGAGAGCTGTATGTTCTCGCTTTTCTTTTCTCTTGTTAAAAATCATCTGGTAAAG CACATTGATAATGATTTAACCATTTCGGAAACAATCATTCATGGGCATGGGGTGCTAGTATTTGTTAGAAAAGAATTATT AACATTAATTTTTTTAAGGTCACATATATTTTGTATCTATTAGTTTTTACTGTTTTGATGGGTTGGAGAGAATTTGGATA GTCCTATGAATTTGGAAAAATATGGTAAAGAGAGTACTCTGGCTTTGGTCAATATGGTAAATATGTAAAGAACCTTATAG TCACCTGTTTTGATGCTAGTTTCTGCTATCTCCTCCAGGTTAAAGAGAAGCGTGCAGAACTTGAAAAATTAAAATCTACT TTTGTCAGGAGAGCTTCTGAATTCTTGAGAAATTACTTTGCCAGTCTGGTGGACTTCATGATAAGCGACAAAAGTTACTT TTCTCAGGTATTTTCTGTATTTTTGTAATAGAATTGCCACTTTTGAAGTCTTGGATTGAATATATTGTTACCAATTTGTC TGCTTCCTCTAAACAGCGGGGACAATTGAAGAGGCCTGATCATGCGGACCTGCGGTACAAGTGCAGGACATATGCACGCC TTTTGCAACATTTGAAGGTTAAAACATGGATGATCTACAACACCTGCTCAGAATTTTTATTTGCATACATATATTTGTAA GTGATTTCTTTGTTTTCTACCTAAATCATCTTTCTGTGCGCTTGCAGAGTCTTGACAAGAATTGCTTGGGTCCTTTGAGA AAAGCTTATTGCAGTTCTCTAAACTTGCTTCTTCGCAGGGAGGTCTGTTACCATTTTTCTTTTATTTCTTAATTGTCTGG CGTTAACGTTTGTGCTATGACTTGCTCTTTTCTCTTTGTGTGAAGTAACCTATGATATATCCGGCAAGCTATTAATTTAA TGTGCTTTTTTTTTAACGTAATTTAATGTGCTTACTTACATGTAATCTAAGATAAACAAGAAGTTGGAAAAAAATCATGG GTGGGGGGGCGGATTATAAAATTTCCTAGATAGAATAAATATCACATTTTTAAATTATTCCTTACTGTCAAAACACACGA TCCCTCATGCCTAACCCGAATTCTAAGATGGTATCAAAGCCTATCCTAGATCCGTTATTGGACATCACCCATATTTAGGC CACCCGCAGATATTCACTCCATCAAATTCCACACTTCAGATATCCAGCCCTGGGCGTGGGGGGGGGGGGTTGTTAAGGTC CCACATTTACTAGAGATATGGCTAAATAAGCCCTTATAAATGGTAGAACAACCCTCACCTCGAAGCTAGCTTTTGGGGTA GTTTTGGGCCAACCTGAATTCTAAGAGACTATTTTGGCCATATCTGTAATCAATGTGGAACTTCTCAACACCAACTTTGT TTTTGTTCCCTGTCATAATATAATTGTCTAATGTATTAAAAAGAAATTTGTCAAATATTTTCTCAAGAACTACCTTTCAT AAGAGTTGTTAACAGGGAACAATAGTTTTACCTGTCACGTTTTAACAAGTTGGAGTAGGGTTTGCTTTTGACAACCTAGA ACCCTGCAACCACCTGAGTAGCAGATCCCCACTGTTAGTGCTGCATGATCTACTTTATATGTATTTGGTCTTCTTTAGTG TGAGAGCGGTTGGTTTTGATTGCAACTTGGTCTATGAGAAGAAGATTTGTGTTAATTCTTATTTTAAGTCTAGGTCATAA TTTTCATGCTTCGGTATGTGAATTGGGGGAATCTAAATTTTCACGCATTCTTTTGCAGGCCCGCGAGTTTGCAAATGAAC TCCGTGCTAGTACTAAAGCATCTAGAAATCCAACTGTTTGGCTTGAAGGTTCCACAGGTTCTGGTCAGAATGTAAATGCT ACCGACACTTCTACAGTCTCTGATGCTTATGCAAAGATGCTCACGATTTTCATCCCACTTCTGGTGGATGAGGTGAAAGT TTGATTCTTTTTCATAACAATTTTGTCTTAAATATTTCAAATGTCTAATTCTTCATGGTTTACATTGCAGAGTTCTTTTT TTGCACACTTCATGTGCTTTGAAGTTCCTACTCTTGTTCCTCCAGGAGGTGTCGTTAATGGCAACAAAGCTGGATATGAT GATGACGATGATGATTTGGGAATTATGGACATTGATGACAATGACAGCAAATCTGGTACATAACATGTGTCTGACATCGA GCAAATAGCCAATCTGTACTTCTAAAGTTATCCTGAATGTATTATAGTTTATTTTTCATCTGTATAATTTTTTTTTTAAA TATGTCAATTTCTTTCATTTTGTAGGTAATAATTCTGCAGAGCTTACCGCTTTGAATGAGTCACTTCAGGATTTACTAGA TGGAATTCAAGTATGTACAGACCGTGCTTTGCATCAGTTTTGAATCTACTTTTTGTTGGTATCTAGATACTAGTAGGATT TAAACCCTGGACTTGGGAAATTTTAACCCATCAAGTACCATTTAGGCTATCCATACCAGTGAATCTACTTTTTGTGCTCC TGATATTTGTGAGATGAAGGATCTGAATCTTCTGAATGTTACATTATAAGTATGTTAGTGGTAGAGGTATTTGCCTTCTT CTGATTAAGTTTAATACCAAATTAAAATATTTAGAAACTAAGAGATTTAGTCATGTAACAACTAACAAGGTAAACCAATG CCTGTACATTAAAGTCCAGAGCAGAATACCAAAGACAAGCTAAATGTTGTGTGGCATAATTAACATAATTATGCTGTGGA TAAGTTACACAAAAGAGATCAGGGATAAGTTAAAAACTGAGACTCTTAATAGTAGATTGTAGAGTGGACTACATATGGTG TATTAGGACACCTAACAAACTAGAAGCTAGACTGCACCAACTCTATTTGTAGAAGGAAATTTAAAATGAGATCTAGGCCT TTAGAAGACCAGCATTATTGGATTGTTAATAAGCTGAATATAATCTATTTGATGTTGTGATCCATCAGACTGAACAACCT ACTGTTCCTTATGATACGACGATTTTCATAAGTTGCAGGATGTGATTTTGTGTCTTAAAAAACTATAGACTCTACAGCTA TAAAACCTCTTTGGATGATTTCAGGAAGACTTCTATGCTGTTGTGGACTGGGCATACAAAATTGATCCTTTACGCTGCAT ATCAATGCACGGAATAACAGAACGCTATCTCTCTGGTCAGAAAGCTGATGCTGCAGGATTTGTACGTCTTTTGCTTGGTG ACCTGGAGTCGCGGATATCTGCACAGTTCAGTCGTGTAGGTGGCTTGCATCATGATAAGCACAACTTTGCGAAATACATT TGGAAGATTAAGATGCTAACCCAATTCTTATAATTGGAAATCTTTTTACAGTTTGTTGATGAAGCTTGCCACCAAATTGA AAGAAATGAACGCAATGTTCGCCAAATGGGTGTCCTATCCTACATTCCCAGGTGAAATGGATCTTTATTTTCCACCTCCC CCCTTCTCCAGAAAAATGGACGTTCTTTTTTTGAATGATAGTACAGTTGTCTGCTAGCCAGTTATACTAAGTTAGGAACA TAGGTTTATGATTACCGTGATAATCAAGCATAATTTAATGGTCAGATTATTTAAAATTATTTCAACGAATCCTGATATAT ATGAAAAGAATGATTTTTATATAGGTAGTGATTAGAAGTTTTAGCTGTTACTGTTTGCTTTCTTGTTTGTGTTTTTTTCA ACTGTGAAGTCTCTTCATGATTGATGTTAAATTCTTTATTAATTGTTTTGCATAGATTTGCAACCCTTGCAACTCGAATG GAGCAGTACATCCAGGGACAGTCTAGGGATTTGGTTGACCAAGCATACACAAAATTTGTAAGTGACTCCTTTAAAACACT GCTCTATTTTATGATGTTTCATGATCTTGCTGAGAACTCCAGCACTTAAGTTCGAAAACTTCACTTATCTCTTTCTGCAC TGTGATGTGGCTAGGATGTGTTAGTTTGGGATTATAGGTAGGCATTATAATTTTTCTCTCTCACTTCATTTTTTTACTTT GCCTATTTTTGGTTTGTGGGAGAAGAAAGGATGTTGTATCTTTGAGATGTGCCCTTTCTGCAGGCACTATGGGAACATTT GGTTAGAGTGAATTGCAAGAATGTCAGGCAGTGCTTTCTACCTGGGAATAGATTATTCTGGATAGGATAGTTGTCCTTGC ATCTACTCCGGCTTATGCTAATGGTTTTGGTTAGGGTAAATTCGACGAATGCTCAGGCAGTGCTTTCTACGCGCGAATAT ATTCTTTTGGATAGGATAGTTGTCCTTGCACCTATACGGGTTTATGATAATGGTTTTGAAGGGATTCCTAGTTTCTTTTG CTATAAGAACTTCTTATATAACTGTTTCTTTTCTCTCAATATTTTTTTCCTCTCTTATTAGACCAGGCTTATTGAAAAAC ATGAGAGCAATAGTTTCTTCTCTTCAACTTAAACTTTAAAATTAATCATTTTGAATCTCATGCATTAGGATGTTGTTTGA TCCATGTGGCCAGTGGAGAAAGGCTTTGGTCTTTGTTGTATGTTTATGGTCACTATGATTAATTTCAGTTATTTGTTGAT TATCCTTTTTTTTTCTGAGTTGGTGGAAAGACGCCCTTAATTATTACTTTTTCCAATTTTCCATGTAACTGTTGGCATAA TGTTTTTTGGTGCCAATTTTGCATGACAGGTTAGTGTAATGTTTGCGACTTTGGAAAAAATTGCTCAAACAGATCCAAAG TATGCAGATATTTTTCTTTTTGAGAACTATGCCGCTTTTCAGAATAGGCAAGTTTTTCCCTTCCCACTAAATGGCCGTTT CAATTCATTCGTTTTACATTAAGCTGATTTTGCAAATGAAGACAACTCTCAGTTTTCAATTATTGTTTTGTTCATTTTAC ACAGTTTATATGACCTTGCCAACATTGTGCCCACTTTGGCCAAGTTTTATCATCAAGCTAGTGAAGCCTATGAACAAGCT TGTACGCGCCATATTAGCATGATTATCTACTATGTGAGTATTTATTATCTATTTATGGTCTTTTTTCCCAACTGCACTTG ATTTGATATCCTTTAGGATCCAACTCACTGTACTTTTATTGCCTTGGTAAGCAATTTGAGCGTCTTTTCCAATTTGCACG AAGGATTGAGGACTTGATGTTCACTGTTGCACCTGAAGAGGTTAGTTTGTATGGTGGTGTCTGGTAATCCTTCATAGCCT CTTGCTATACAGTATCTCATCATATTTAGAATTCTTTTATCAAACAAACTAGTTGCAATCTGTTTCTGTTTTATAAACCA GTTGAAATAGCAATCCAAGGCAGCTCACTTTGTCAAATTACTTTATCTAATTGACCAGTGGTACTTAATATGAATCACAA CTCCTGAAAAACTCGCACTTTCTTTAGCATGCCTCTGTTATGTGTTGGAATTTCTATCAATGAATATACGCTAATGAGTG ATGTAAAATTATAATTCCATAATGGTGTCTATTTGATTACCTTGAGGGAACCCTATCACAAGCTAGAATCTCATACTTCC AATGTGGAACCCAAGTCTCATACCCTTGCAAATGGATCCTAATACCCCACCACGCTCCGTAGCCTCGGCGCCCAAGTGGG CTAGCTGTGCACTAGCCCTTTGACTTGCCCTGGGCAAACACTGCAATGTTGGTGTCACCCCCACGCCGCTGGTTTGCAGT TTGAGAATATGATGGAAGGCTCTGATACCAAATGATAAGAACCTTGGGTGAACCATACCAGACCACAAAAGCTAGTCATT GTAGTTGGAGAGTCAAGGCTTTATAAACCCCACACTAGAATCTCATATTTCCAACGTGGGACGCAAGTCCAATACCTTGC AATTTGACCCTAACACTATATTAAAGCTATTTTACTGGTGGACTTTATAGGTAGATTGACCTTATATGATTGTAAAACTA TTTTACCTTGAACTTCTGGGTATTTGGATTTCGACATTCAGAAAATGCTGATATTTTGCACCAATTTCAGATTCCTTTCC AGCTTGGGCTGTCAAAAATGGATCTACGGAAGATGTTAAAATCCAGTTTATCTGGGGTAAGGTGACTCTTACTTTTATAG AAAGCCTTCTCACTGGGGTATGCTTACAAGGTGAATAATTTCTTTGCTCTTCCACCTAGGTTGACAAATCCATTACGGCT ATGTATAAGAAACTACAGAAGAATTTAACTTCCGAGGAACTGTTACCTTCCTTATGGGACAAATGCAAGGTAAGCTGTAC TTAATTCCTATTGGTCAACCTCCTAGTAAGAAAGAACCAAAGCTCGTGTTTTAAATGGAATTTGATTTTGATATGTTATG AGGGAACATGTTTCCTCTACAATATTAGTTACTCTTGAGTGGTCATACTCTTTTAATAAAATGGCTAAAGAATAGATGGC AGAGGGGTGGAAATTTACACTGATATATCAGAATTAAAATCACTGAAATTTGAAAGGATACATATACATGTATAAAGAAA TCATTTGGAGGCATTAGCGAGAAGGGTTAATAACATGTTTCTGAGTACAGGAAGGCTAAAGGTGACATTGGAAGATATTG TTAAAAGTGACCTCATGGTCAATAATATCTAACAAAATCTGGTTTTTGGTTGAGCGCAATGGTTTTAGGTGATCCATGTA GTTGACCTCACATTGTGAGATAAGGCTTTTGTTGTTGTTATTGTTTTCAACTGCTGCTTTGGTGCCGCCACTTGGTCTCA CATGTTCACAACTATGTTGTTTTCTGAGAAAACAGATTGTAAAATTTAAACTCTTGGAAACACCTAGTAGGACATTCATT ACTTCTTTTAAAACATAAAAACCTGTTAAAGCTGTTAGTAAAAATATTGAAGAAAATGTGTTACTGAACATTTTCTTAAA TTTCTTGCAGAAGGAGTTTCTTGATAAGTACGAAAGTTTTGCCCAACTTGTGGCTAAGATTTACCCTACTGAGACAATCC CATCTGTAGCGGAGATGAGAGACCTTTTAGCTTCCATGTAA
CDS sequence (LotjaGi5g1v0021200.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCGAAATCCAGCGCCGACGATGTGGAACTCCGGCGAGCTTGCGAGGCTGCAATTGAGGATCCAAAGCAGAAGATCGT CTTGTCTCTCCGCGTCGCCAAGAGCAATGGGATCTTAGGAAAATCTTCCAAGCTTGGTCGCCAAATGGCCAAGCCTAGGG TTCTTGCTCTCTCCAGTGTTGGTGACAAAGTGCTATTTCCTGCAGCAAATTCAAAAGGTCAGAGGCCGACGGCTTTTCTT CGAGTTTTCAAGTATTCTACTGGAGGAGTTCTTGAACCTGCAAAACTGTACAAGCTAAAGCACCTCTCAAAAGTGGAAGT TATAGCAAATGATCCCAGTGGATGTACATTTACACTGGGATTTGATAACCTTAGGAGCCAGAGCGTGGCTCCTCCTCAAT GGACAATGCGCAATACTGATGACAGGAATCGCCTCCTTCTTTGCATCTTGACCATCTGCAAAGATGTTTTGGGCCGCCTT CCTAAGGTTGTTGGTGTAGATGTTGTGGAGATGGCTCTTTGGGCTAAGGAAAATACATCTGCTGTTTCTACTCAAAGCCA CATGCAAGATGGTGGTCCTGTGGCATCTTCTGTGACTGAGAGAGAGTTGAAAGTCAATGTTGAGAAGGAACTTGTCTCTC AGGCAGAGGAAGAGGACATGGAGGCTCTTTTGGGGACTTATGTCATGGGTGTTGGTGAGGCAGAAGAATTTTCTGAAAGG TTGAAGAGAGAACTCCAGGCTCTGGAAGCAGCTAACGTGCATGCCATTTTAGAAAGTGAACCTTTGATAAATGAGGTGTT GCAAGGGCTTGAATCAGCAACGAATTGTGTGGATGATATGGATGAATGGTTAAACGTATTCAATGTGAAACTCCGACACA TGAGGGAAGATATTGCATCAATAGAAACCCGCAATAACAACTTGGAAATGCAATCAGTAAATAGCAAATCTCTCATTGAG GAGCTTGATAAGCTTCTTGAGCGATTGCGTGTTCCATCTGAGTATGCAGCATGTTTGACAGGTGGTTCCTTTGATGAAGC TCGAATGCTTCAAAATGTTGAAGCATGTGAATGGTTGACCAGTGCCTTGCGTGGTCTAGAAGGGCCTAATCTAGACCCTT CCTATGCAAACATGAGAGCTGTTAAAGAGAAGCGTGCAGAACTTGAAAAATTAAAATCTACTTTTGTCAGGAGAGCTTCT GAATTCTTGAGAAATTACTTTGCCAGTCTGGTGGACTTCATGATAAGCGACAAAAGTTACTTTTCTCAGCGGGGACAATT GAAGAGGCCTGATCATGCGGACCTGCGGTACAAGTGCAGGACATATGCACGCCTTTTGCAACATTTGAAGAGTCTTGACA AGAATTGCTTGGGTCCTTTGAGAAAAGCTTATTGCAGTTCTCTAAACTTGCTTCTTCGCAGGGAGGCCCGCGAGTTTGCA AATGAACTCCGTGCTAGTACTAAAGCATCTAGAAATCCAACTGTTTGGCTTGAAGGTTCCACAGGTTCTGGTCAGAATGT AAATGCTACCGACACTTCTACAGTCTCTGATGCTTATGCAAAGATGCTCACGATTTTCATCCCACTTCTGGTGGATGAGA GTTCTTTTTTTGCACACTTCATGTGCTTTGAAGTTCCTACTCTTGTTCCTCCAGGAGGTGTCGTTAATGGCAACAAAGCT GGATATGATGATGACGATGATGATTTGGGAATTATGGACATTGATGACAATGACAGCAAATCTGGTAATAATTCTGCAGA GCTTACCGCTTTGAATGAGTCACTTCAGGATTTACTAGATGGAATTCAAGAAGACTTCTATGCTGTTGTGGACTGGGCAT ACAAAATTGATCCTTTACGCTGCATATCAATGCACGGAATAACAGAACGCTATCTCTCTGGTCAGAAAGCTGATGCTGCA GGATTTGTACGTCTTTTGCTTGGTGACCTGGAGTCGCGGATATCTGCACAGTTCAGTCGTTTTGTTGATGAAGCTTGCCA CCAAATTGAAAGAAATGAACGCAATGTTCGCCAAATGGGTGTCCTATCCTACATTCCCAGATTTGCAACCCTTGCAACTC GAATGGAGCAGTACATCCAGGGACAGTCTAGGGATTTGGTTGACCAAGCATACACAAAATTTGTTAGTGTAATGTTTGCG ACTTTGGAAAAAATTGCTCAAACAGATCCAAAGTATGCAGATATTTTTCTTTTTGAGAACTATGCCGCTTTTCAGAATAG TTTATATGACCTTGCCAACATTGTGCCCACTTTGGCCAAGTTTTATCATCAAGCTAGTGAAGCCTATGAACAAGCTTGTA CGCGCCATATTAGCATGATTATCTACTATCAATTTGAGCGTCTTTTCCAATTTGCACGAAGGATTGAGGACTTGATGTTC ACTGTTGCACCTGAAGAGATTCCTTTCCAGCTTGGGCTGTCAAAAATGGATCTACGGAAGATGTTAAAATCCAGTTTATC TGGGGTTGACAAATCCATTACGGCTATGTATAAGAAACTACAGAAGAATTTAACTTCCGAGGAACTGTTACCTTCCTTAT GGGACAAATGCAAGAAGGAGTTTCTTGATAAGTACGAAAGTTTTGCCCAACTTGTGGCTAAGATTTACCCTACTGAGACA ATCCCATCTGTAGCGGAGATGAGAGACCTTTTAGCTTCCATGTAA
Protein sequence (LotjaGi5g1v0021200.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAKSSADDVELRRACEAAIEDPKQKIVLSLRVAKSNGILGKSSKLGRQMAKPRVLALSSVGDKVLFPAANSKGQRPTAFL RVFKYSTGGVLEPAKLYKLKHLSKVEVIANDPSGCTFTLGFDNLRSQSVAPPQWTMRNTDDRNRLLLCILTICKDVLGRL PKVVGVDVVEMALWAKENTSAVSTQSHMQDGGPVASSVTERELKVNVEKELVSQAEEEDMEALLGTYVMGVGEAEEFSER LKRELQALEAANVHAILESEPLINEVLQGLESATNCVDDMDEWLNVFNVKLRHMREDIASIETRNNNLEMQSVNSKSLIE ELDKLLERLRVPSEYAACLTGGSFDEARMLQNVEACEWLTSALRGLEGPNLDPSYANMRAVKEKRAELEKLKSTFVRRAS EFLRNYFASLVDFMISDKSYFSQRGQLKRPDHADLRYKCRTYARLLQHLKSLDKNCLGPLRKAYCSSLNLLLRREAREFA NELRASTKASRNPTVWLEGSTGSGQNVNATDTSTVSDAYAKMLTIFIPLLVDESSFFAHFMCFEVPTLVPPGGVVNGNKA GYDDDDDDLGIMDIDDNDSKSGNNSAELTALNESLQDLLDGIQEDFYAVVDWAYKIDPLRCISMHGITERYLSGQKADAA GFVRLLLGDLESRISAQFSRFVDEACHQIERNERNVRQMGVLSYIPRFATLATRMEQYIQGQSRDLVDQAYTKFVSVMFA TLEKIAQTDPKYADIFLFENYAAFQNSLYDLANIVPTLAKFYHQASEAYEQACTRHISMIIYYQFERLFQFARRIEDLMF TVAPEEIPFQLGLSKMDLRKMLKSSLSGVDKSITAMYKKLQKNLTSEELLPSLWDKCKKEFLDKYESFAQLVAKIYPTET IPSVAEMRDLLASM
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 | 894 | 894 | 0.0 | – | |
| PANTHER | 1 | 894 | 894 | 0.0 | – | |
| SMART | 48 | 156 | 109 | 1.2E-12 | ||
| Pfam | 65 | 154 | 90 | 2.1E-13 | ||
| Coils | 231 | 258 | 28 | - | – | |
| Pfam | 234 | 877 | 644 | 6.2E-87 | ||
| Coils | 291 | 311 | 21 | - | – | |
| Coils | 585 | 605 | 21 | - | – | |
| Coils | 884 | 894 | 11 | - | – |
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 LotjaGi5g1v0021200.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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