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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0000200 |
| Transcript ID | LotjaGi1g1v0000200.1 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Brefeldin A-inhibited guanine nucleotide-exchange protein; TAIR: AT4G38200.1 SEC7-like guanine nucleotide exchange family protein; Swiss-Prot: sp|F4JSZ5|BIG1_ARATH Brefeldin A-inhibited guanine nucleotide-exchange protein 1; TrEMBL-Plants: tr|A0A0B2R8L7|A0A0B2R8L7_GLYSO Brefeldin A-inhibited guanine nucleotide-exchange protein 2; Found in the gene: LotjaGi1g1v0000200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:261409..277953) extracted from Lotus japonicus Gifu genome v1.2.
CGTTTTATAATTTCTCCTTTTCTCTTTCTATCTCAATAAAATTTCTTTTAGAAATGAAAATACTTTTATTTTCATTCTGA GTTTTTATAAGCTTGATTAACCCAACCCGACACTTCGTAATTACGCAATCGTAGTTTCAGGAGCTAGGGGCCCTGTTTGA GCCAGCAAATGACGGACGGAGTTATGCTTATATTGTGCTTCATGGCTCAAATCTGCAGCTGGAGAGGAGAATGAACATAA CATAACATGTGAAGAAGGCATTTGGATTTCAATTCCTTTACTCGTTCGTTCGTTCACAATCAAGCAAATTTGTATGATCC AATCAATCTCTGAAAGAAAATGTCAGCATCGCAATCCCTCGGAGGTCCTTCACGCTGCGGCCGAGTCCTCAGTCCATCAC TCGACAAGGTAATAAAGAACGCCGCGTGGCGTAAGCATTCTCACCTTGTCTCCTCTTGCAAATCCACCCTCGACAAGCTT GAATCCCTTTCTGAGTCCGAATCCCAAGAAGAATCCCCTCTTTCAGGTCTCTCCTCCTCAGATGCCGAAAATGTCCTTCA ACCTGTCTTTCTCGCCCTTGACTCTGCGTATGCTAAGGTTGTTGAGCCTGCTCTTGAATGCACCTTTAAATTGTTTTCTC TCGGCCTTATCCGCGGCGAGATCGATCGCCCCGGCGGCGTTGTCTTCAATATGATTGATGCCATCTGTAGGTCGGGTGGC CTTGGCGAGGAAGCAACTGAGCTGGGCGTGCTCAGAGTTTTGCTTTCAGCTGTAAGATCTCCCTGCGTGTTAATCCGGGC AGATTGTCTGATTCAAATTGTGAGGACTTGTTATAATGTGTACCTCGGTGGCGTCAACGGTACTAATCAGATCTGTGCTA AGTCTGTTCTTGCCCAGATCATGACTATTGTTTTCACCAGAGTCGAACAAGGCTCCATGGATGTTTCCCTTAAAAGGGTT TCTGTTACTGAACTTCTCGAATTCACGGACAAGAATTTGAACGAGGGCAATTCCATTCATTTTTGCCAAAATTTTATCAA CGAGGTCATGGAGACCAGTGAGGGTCTTCCTCTCAAGCCATCTTCCTTATCACCTCCTCCGCCCTTGTCCAAAGAAACGG ATGACACAGCTACCGGCAATGATGCTGCTGGAAGTAAAGTAAGGGAAGATGGTTTTCTTCTCTTTAAAAATTTGTGCAAA TTGTCTATGAAATTCTCATCCCAACAGCACTCTGATGATCGCATCCTCTTGAGAGGGAAAATTTTGTCATTGGAGCTCCT TAAGGTAGTCATGGATAATGGCGGCTCAATATGGCGCACCAATGAGAGGCAAGTGGTATCATAGTTACCGTTTACGTACA AGTACAAGTACAATCACTAATTGTTCAATGCAATATTAATCTCTATGCAGAATTCAGACATTGTGAACTTTTATTCTATT CGGTGATCTTTCCTAATTTGGACTTTCTCTTTCGTAGATATTTGATGGAGAAACTAGTGAATTACAACCACTTGTGTTTT CATTTTGAGTTTGAATTTTGAATTTTGAATTCTTCCGGCATGTTTAGTTGTAAATTCTTCAATGCAAATTCATTTAAAAC TCAAAAGGTTGTTGTTTGTGTCCAAAGTCTCCTCATTAAATATTCTCCAATACAGTTTTGCATGAACGGAAAAACACGCA GAGTGGACTGCCCCACTTCATGCTAGAGAAAATCTTTGTTTAGTTGCTACCAGCTTTGTCAATGCCAATAATCAACTAAA AAAAAAGTGTTTTTAGTCTCTTGTAGGTCCTAAGTTTGGCTACATCTGTAATAGCTTGGTACAAAATCTATAGCTGATTT ATATTTTATACACTCCAATTTAGGGGGGGGGGGGGGTGTAGAAATGGTATATCACTAAAACTACTTATTTCTGACTCAGA TAAATAAATAACAGTTTATGCATACTCAAATTCACTTACGCATCCGCAAAAAATAGTTCTTTCCCCAAGATCTTTCTTTT TTAATGTTACTGATCTGTCATGACGTCAAAATTTTGTTTTACATAGTGCAGGTTTCTCAATGCCATCAAGCAGTATCTCT GTCTGTCATTATTAAAGAACAGTGCCCTCTCAGCAATGGCCATTTTCCAGCTTCAGTGTTCTATTTTCATGAACTTGTTA TCAAAATTCAGATCAGGCTTGAAAAAAGAAATTGGCATGTTTTTTCCAATGCTTATCCTCCGAGTTCTTGAGAATGTTCT TCAGCCCAGTTTCCTGCAGAAAATGACTGTCCTCAACTTATTGGACAAAATATCCCACGATCCTCAGATTATTATTGACA TTTTTGTCAACTATGATTGTGATGTGGATTCTTCAAACATATTTGAAAGGTATAATACTTTTGTGCTATTTTGCTGTTAT TCCTTGACACTGATCAGTTTTCCAGAACAAACATGGGATAATACTTAACAAAGCTGCGATGATAACTAAACTTGATTGCC AAAATAATAAAATTGATTAGTAGCCTTGTTAATGCAGATTCCTTTAGTTTTTCCATTTATTGATAGAAAAAGAATGCCTT CTAGGGTGGTGGATAGTTGCTGATTAAGTTCGAGTATCCCAGGGCTTCGTATTAAATTAATCGTAGTTTTTGGGTACAGG TCTGCTGGGTTTTTTTGAGTGTGGTTGGTGTAAGATTTGAGTTTGTTTAAACACTTTATTTTTTGGATAGGAAGATTAGG AATTTGTTCTGCTGAATTTGTTTTTAGTTATTTACTTGGAGAACGTCTTAGTTGGAAGCTAGAGCATGGGTTTTAGGTCA AACCAGTTTCCTTGCATATTTGTTTAGAAGTTTTCTCATATGATATTCTTGGAGTAATCTCTTTCCAGAAGCTAAAGTGT ATTCGCGACCCAAAGTATGATTTTTTGTTCACTTCTATTTTTTGATTTCTGCTTCTTGTTTTAATATTTAAACTCTTATA ATTCTATCAGACATTTGCAGGATTGTCAATGGCCTTCTGAAAACTGCTCTGGGACCACCTACGGGGTCGACCACAGCGTT GTCGCCTGCACAGGATATTACTTTCCGACTTGAATCTGTGAAGTGCTTGGCCAGCATTATTAAGTCAATGGGGGAATGGA TGGACCATCAGATGAGTCTGGGGGATTCATATCTAGCAAAGAGCCCTGAAAGCTGTAGCATAACAGAAAGTAATCTAACA CTGAATGGAGAAGAAGGAAATGCTTCTGATCATGAGCTACATCCTGATGTAAATTCTGAATTCTCAGATGCTGCCATGCT AGAGCAGCGACGAGCATTTAAAATTGAACTTCAGGTTGGTATTACTGTCTCTGTTGATGACTAAATGTTATATGGTCATC ACGATAAAAAATCATCTTATACTAGCATAGCCCTGGAAAATGACAGCTTCATTTACTTAAAGACAAGCCTCTATTTTGTC TGTTAGATCTTAGAAGTGTGTTTGTAGTCTCAATAGTATGCTGTAGTTAGGCCTAGCCCATTATAGTTGGGTGTTTTGTT ACAATTAGTTATTCTGTTAAAGGATGATTGGGTTTGTTATAAATAACTCACCTGCTTCCGCTTAGAGTTAGTTATGAGAC TCCTACTATGAATGTAATCAAGCTTGTGCAGACTTGAATCCGATAAAATACTTCTTGTGTATTTCATTGATAATACTTGA CTATAGACTACAATATATATAGACTAACAAAGAGATAAAAAGAAACTAAATCTATCTAAACCTATCTCTATTTAAATAGA TTCCATCTCTATTTAAATAGATACTAATCTAAAATAGAGAAACAAAACTTAACTATATCTCTTTGAGATAAGACTAATAA TAAACTAAATCTTAAAAGATATTCAACATGCAGAACAGTTGAGGATAAATAACACTACAATTTAGAATATTTCTCTCTCT CTCTCTTGTTTCCTCACTACGTAGATTTCTAAAATTGTGATAGAACCCCCACATATGGGCCTGAGGGGGGTGGGGGGGGG GGGGGAGTACTAATATGCTGTTTCAATTGTTGATTCACCTTTGAGATGCCCAGGATTTGGCAAGTTTACACTAGGAGGAA GAGAGTGAGGTCAGACGGAGGGAATGATAGTTAGTTAGTGAGCTGGCATGATTCCCATGATTAGTGGGATTCGGATATAT TAGGAGAGAGGAGAGAAGGTTGGGGTGTTCAGTCTAGTAGTAAGAATTCTGTTAGTAGAGAATATCTCTCTGTGGTAGGA GTCTTAGACTCTGGGGAAATTTCCTTATTGTAGAGCTCTTGAGCTCATTGCTTTCTCTATTTTACATAATCTATATATCT GAGTTACCTGTTTCTATCAAATTGTCTGTAAAATTATATTTTCTGTCTCCCTTCTGGCTCTTGTGAATTCAATTTTCATA TTATGTGCTGATGCTTTTTCTGGGTTAAATGCAGAAAGGTATATCACTTTTTAATAGAAAACCTTCCAAGGGTATAGAAT TTTTGATCAGCAGCAAAAAAATTGGTGGCTCTCCAGAAGAAGTGGCTCTGTTCCTGAAGAATACTGGTGGCCTAGATCAA ACCAAGATTGGTGACTATTTGGGGGAGAGGGATGAGTTTTCTCTGAAAGTTATGCATGCATATGTAGATTCTTTTAATTT CAACGGAATAGATTTTGGAGAAGCTATACGATTTTTCCTTCAGGGCTTCAGGTTACCTGGTGAGGCACAGAAAATTGATC GCATCATGGAGAAGTTTGCTGAGCGCTATTGTAAATGCAGCCCTAGTTCTTTTAGCAGTGCAGATACCGCCTACGTTCTT GCTTACTCTGTGATAATGCTTAATACAGATGCACATAATAATATGGTGACAGATAAGGTTTGCCTTTGCGGAATCTTCTA TGTTATGTCTTAGGCAAGGTGGTTTTAGGATCTGCTTTTCGCCATTTCTTGGTGTCCATTCTGGGTTTGGTTTTATTTCT TTTAGACTTAATTGACTTTTGAGTAGTTGATACATCCTATTCCAAATTATGTTCCTGATGAAAATTAAACATAAATTTTA TCACAGAAAGTTATACAAAGCAACGTGACTTGTACATTTTTGTTCTGAATACAACTTTGAAAATATCATTTGTTTCCTCT TTCCATTTCTTTTATCTTCTTATTTAGGAGGGTGGTAATTATGGTAAATTATTGCATTTGTGTCGAGGTTGAGGAAACTC AGTGAAAATGATGAGCTATGTTGTGTAATTTCATTTTGTAAATTAGTTTGAGAAAATTAGTTTGTTTTTAATTCTTTAAC ACATTTGACATTGTAAATTCAGGATATCTTGTTTGTGATTCTTCAATGTCAAATGTGTTTGACCTGGATTTTGTTGTGTA TATTCTGGTTGATTTCTTTCCAGATGACAAAGGCTGATTTTATCCGAAACAACCGAGGCATAGATAACGGGAAGGATTTA TCGGAGGAATATCTTGGGGCCCTTTATGATCAAATAGTTCAAAATGAAATTAAGATGAATGCCGATTCTTCCGCACCTCA GGGTAAACAAGCAAATAGCTTTAATAGATTGCTGGGATTGGAGGGTATACTCAATCTTGTGAACTGGAAGCAGAGTGAGG AAAAAGCAGTGGGTGCAAATGGACTTCTCATTCGGCATATTCAGGAGCAATTTAAATCACAATCACGAAAATCAGAGTAA GCTAAGACATATCTTAATGTATGAATTGTTTTTGTGGATGTGTACTTGGTTTGCAGAGCTAGACCTGCCATACCCTTTCT CTCTTTCTTTTTTTTTTAAAAAGCATTAAATCTCTGATTTATACAGATTTAGAGTTTGCTATGCTACTTTGATATCTCTC AGTGGAAGCTTTTTTTATCTAACGTATGTCTTTTGGAGGATTTAAAAGGTATAGTTTAGGAAGTAAAGTCAAGAGAAAAG ATTGCCTTTGGAGATCTAAATGTTCTTATGAGGAGAGTGCTGAAAAGTCCCACATTAACTAGAGATATGACCAATATAGC CCTTATATATGGGCATACATTCCTCATCTCTCTTTCCTCAATTTTCCCTAGCAATTTTATGCCACCTAGATTGGGAGCTT GAGAGAATGAATTTCTACTTCTTTGATCTGTTGCATTCTGTCAAACAACCAATTATCCCAAAAGCTTAAGTTGTTGGGTA AGGACTACATGAATGGTTTTATATTAATATTTCTAACACGCCCCTTCAAGAAAGAGCCCTTTGGGCTTGAAGCGTGGACA ATGCACGAACCCACCTACCATGTGCTGAAATTCAACTTTTTTTATTAGAACAGTTGGGAGTGGCAAGGATTGAGCTCTAG ACCGCTTGGTCATAGAGGCTCTGATACCATGTCAAACAATCAATTATCCTAAAAGCTTAAGCTGTTGGGTAAGGGCCACA TGAATGGTTTTATATTAATATTTCTAACACATTCAATGGTATGACGAACATCACGCAAATCTGTCTCAATACTCAAATTC ACCATTTGCTGAATAAAAGAAGTTCCATACGAGGTTTTGGAGTGCATTCAAGTCTATCTTCTTTTTCCGATGACCCTCGA TTCTTGAAATCTGTCTTCTTAGCTTGACAATCCAAACCAATATTTCAGCCCTAATCTCAAATGATCCACATATCTTTCTA ACCTCATCATTGTCACACTCCCAAAAAAATTGACAAAACCTCCCACTGAAAGAAGTCACAATTTTTTTGAAAGCAAAAAC ATCTATACTGATGAGGAAAATGTTCAAGATAGACAACCCTCCTCAGAAGACCCAAAAACCGTCAAAGCCGGCGACAACCC AGCCCAAAAAGGGGAGCAACCAAACTAGACAAACACCAACCAAGGACTCGACGACACCAAGACAACCTCCTAAGACCCAA AACAACCCACAAGCCCACACGATACCCAAAGAAACCACCAACACCCAAGAAAACTACCTTAGCTCCCCCTAGTAGACCTG CGTGCATTGATCTGAGCCTCAATCTGGTCAAAGGCAACGTCATCTGTGCAGACATACTTTATGCCACAACGCTTTCCCAT CAAAACGACACTCCTCGCTCTTGTAAGAACGCCATAAGGCTCCGAGAAATCCTTCGGCAAAACCATCAGCTCCCATGCTC CAGCATCAGCATCAGCATCTTGTCCAGGCGGAAATGAACCCGCAAGCTCTATCTCATTGGCCTGGTCTTCTCCTTCCTAG GTCGCCCTCGGGGACAAGTAGCTTTCTCAGTAGGACGACGGCCCCTAACCATCCCTTGAGTTAGTTAAGAGCATTGATAA TATGTTAATGTTATTACAGAATTTGTGATTTATATATATTTGGCCTTTTCTTGAGTTTATAAAGAAAATAAGTATTTGTT AACTGTAATGTATTGTCTTGTATTTTATTATAATTTATAATTTCTTTTTATACTAAAATTATTATTGATATTTTTTTTTT GCCTATTTTGTAATGGGTTGAATTTGAGAGAAGTAATAAAAGTACAATGGCTTATGTCATAATCCTATTATTCAAAACAT ATTGAGCTGGACATGTTCTTTGTCAGAGAAAAGGTTCAATCCAAGTCACTTGTAGTTGTAGTATATTGCAGCTCATGAAC AGGTTGCTGAAATCCTAACCAGAGCTCTTTCCAAGCAAAGGTTTATAGATCTAGAGCAAAGCTAAAAGTACTTCAGCAGG GTGAATGTTAGAGTTAGTTGAAAAGTATTCCAGCTGGGTGAATGTTAGAATGTGTTTGAGTTATGTAAATTAATATGCTG AGTCAGCATTCTGTTAGTATAGTTCCTGTTCATCTGCTTTGTTATGCTGAGTCAGAATGTTATAACTGTTGAATAGCTTC TACATGAAGCTTGTACAGGCTTTAAATATATCTCTCTCTTGTCATAAATGATTAAGATGAATATACAGTTTATAACACAA ATATACAATAAGATTCCAACTGGAAAATATACTGTCATGAACTATCCCAAAAGCTTAAGCTGCTAGGTGAAGACACATGA ATGGTTTCATATGATATTTTTTTAACAATAACCATCTTCATTAAATATATATTTGCACAATTTGTGATCTTATACCTAGT TTATGAAATAAGTGACTTACATCTAGTCATGAATTTCCATAGTTAGTGTCATGAATCAACTATCCCAAAAGTTTAAGATG TTGGGGGAAGACACATGATGGTTTTATATTTCTAACATGCCTTTTCACACGTTAATGAAAAACCTCAAACTCAAACTTCA GACCACTTGGTCATAGGGACTAATACTTATCCCAAAGTTTAAGCTGTTGGGTGAAGAACATGGATGGTTTTGTATCGTAT TTCTAACAGTTCGGAATTGTATTTACCTATTTTTGCAGATCTGCTTATCATGTTGTCACAGATGTAGCTATACTGAGGTT TATGGTGGAAGTGTGTTGGGGGCCTATGCTTGCTGCTTTCAGTGTAACACTTGACCAGAGTGATGACAGGGTGGCTACTT CTCAATGCTTACAGGGATTTCGACATGCTGTGCATGTTACTGCAGTGATGGGCATGCAGACTCAAAGGGATGCTTTTGTT ACATCTGTTGCTAAATTTACTTATTTGCACTGTGCTGGAGATATGAAACAGAAAAATGTTGATGCTGTCAAGGTGAATGA ATCTTACTTTGGTTTTCATTGACACTTCTCAAAGTCATATCATTTACATCTGCATTCTCCTTCTGCTTGTATTATAAATA ATTTTTGCATAAGCACAGTAACTACTAGCAAACAAATCAAAAGCTTAATAAATGTTAAAGTGACATTTAAAAAAGACAAT GAAGCCCTCACTAAGTTTTTTCAATGTTATCTTGAGTTTTTGATTTGGTATGCCTACGGCTACAATCATTGTGCTCATGC AAGACTATTGTTATTGTGCATCATATATTAACGCTAGTTATTCTAGTCTAGCCACATTGTTCTTATATCAAGGAAGCGGT GATGAATGGGTGACTTTGATTTGACTAATCCTACATATGTAAATAGAAATGTGACTACTGACAAGTACTTTTTTTTCACG TTTATCATGTAAGTGATCGATCTTATTTAATGCTTATATTTTGGTAATATCTTCCACATCTTTATTTTCTACAGGGAATA ATATCAATTGCCATTGAAGATGGTGATCATCTGCAAGAAGCATGGGAACACATCTTAACATGCCTCTCCCGAATTGAGCA TTTGCAACTTTTAGGTGAGGGCGCCCCAAGTGACGCGACCTTCCTCACTTCATCTAATTTTGAATCAGAAGAAAAAGCAC CAAAAACATTAGGTTTGTCTTCTTTTAAGAAAGGAACTCTCCAGAATCTAGCCATGGTGGCTGTTGTTCGTGGTAGTTCG TATGATAGTACAAGTGTTGGGGTTAACGCTTCTGCATTGGTAACACCAGAACAGATAAATAATTTCATTTCTAACTTGAA TATACTGGATCAGATCGGGAACTTTGAATTGAACCATGTGTTTGCTCATAGTCAACGGTTGAATGGTGAAGCAATAGTAG CATTTGTGAGAGCACTTTGTAAAGTTTCCATCTCAGAGTTACAGTCTCCAACAGACCCTCGTGTATTCGGCCTCACTAAA ATAGTAGAAATTGCGTAAGTTTCTGTCTCCTTATATAAGATAGGTGTGCTCTTTTTTCTATATTAAACCCTCTCAAATAT ATTTACGTCATATGAGCGGAACTTGCTTAGTGAATATTAACCACGTGATTTTATTAAGGTCTCACATTGACTAGAGATAT GCCCAAATAGGTCATTATAAATGGTAGGGCAAACCTTACCTTGTGAGCTAGCTTTTGAGGTTGAGTTGTGTACTTATTGG AGGAAACTTGATTTCGTGGAAGAGGAAGAAGCAAACTGTTGCAAGATCTAGCACAAAAGCAAAGTATCTTGCTATAACTA ATGCTACTTGTGAATTTTTGTGGTTAAAACACCTGCTCCAAGAATTGAAGTTTTGTGATAGGTCCGAACTTGCTTGTGAT ACTCAGTTAGCCATTAGACTAAATATATAGAAGTTTATTTTCACTTCATCTGAGAAAAGATCCTCTCATGTATCATCAAG GCTTCTAATGTGAACTCTAGGGAGCAACTAGCAGACATGTGGACTAAGTGCTTACGGGGTCCTAGGATCACATATATCTG CAACAAGTTGGATGCATGGCATATACCCTCCAGCTTGAGTAGGAGTTTTGATTATAATATTATTTCTAACATATATTTGT TGTGTGGTTTCCTTATTTAGCATATTCTAATCCTCAGTTTAGGGATTGGTTTCCTCATCCTTGTATATAACTACTGTACA AATCATTTGAGAAATGCAAGAAATTTTTTCAAATGTCTCTTATTCTCAAACGAGTTAATAGCACTCAGCAAGCATCATAT TTTCATTCAACTGCAATTTCCAACATACATGAACCTAAAGATACATGGATCTGATTATTAAATTTCGCTTATGTTTCCAA TCTGATTTTAAAATGCTGCTTCTACTATCGACAATTGTTACATTTGCAGGCATTATAATATGAACCGTATCAGATTAGTA TGGTCACGAATGTGGAATGTTCTCTCAGATTTCTTTGTGTCAGTTGGATTGTCAGAAAACTTATCAGTTGCAATCTTTGC GATAGACTCACTACGACAACTTGCGGTGAAATTTTTGGAGCGTGAAGAGCTAGCTAATTATAACTTCCAGAATGAATTTC TTAGACCATTTGTTATTGTTATGCAGAAGAGCAACTCCACAGAAATCAAAGAATTAATAGTTCGTTGTATTTCACAGATG GTCCTTAGCCGTGTCAGTAATGTGAAATCTGGCTGGAAAAGTGTTTTTATGGTATGTTTAAGTTCGCTAGATCTTGTTGT TACCCCTTTTTGTCACGGTTTTAACTAACTTGGTTGAACACCCATGTCTGGACCTCTAAGTGTTGCTGAATTATTTCTGT TTATTGGCAAAAGCAAACAAATTTGAGATGACAAAGTTGTGATTGTTTATCATTCTTATTACTTGCATGTAATTTTTCTT TATTTGGGCATTGTTGAAGGTACAAAATACAAATGTGTACAAAGAAGCTTTAGGAAGAAATCCTTTTTATTACACTTCTG AGAACCTAAGATCAAGAATGTAGATTCTATATTCTGATGGTACCCTCATCATAGCTAGAAAAATAGGAGAGTGAGGATAT TACTCCTAAGCAATAGTAGCTAACAATCAGGATACAATTAGGAGATTGAAATTAATTTATACTATTTATAGCTAATAACA TTAACTGCTAACTCCTATCACCGAGATTCTCTCCAACAAAATGCTTGTAGGGGATGTATTTAGTAAGTGTATTTAGTAAG AAATACGTTCTTCTTTGAGAGTGTGAGAGGAGTAAAAATCTTCAGGATACAATCATAGAAAAGTTATTTAATGGTCACAT GGCCACTTAAGAACGCTTTTCTCATGTGATACATCCCCACACACACAAACACACACACACACACACACACACACACACAC ACATATATATATGGATGTATCATATATAATTTTTTAATTCATTAAGACGGCAATATATAATTTTATTTTATTTTTGTTGG TAATTTAGGATGTCCAAAATACATTCTCATGATCTTTCAGATAGGAACCTTAATTCTCAAGTTATTAATCCAAGTTGTAC CCTGTTTAAAAGGGAGTACAATATTGAGGGTTTTCAACAATCTAAACTGATACAGAATTTTAGTTTCCCAGCAAATTGTT GATATAATGAGATGTAGTATTTTTCCTATTACATCATGCTCAGATACGAGCTTCATAGATGTCATCCCTTCCTTCCAAAG AAGACCAAAACTAAAAGGATAGGCATGTCTTATTGCTAGCATTTGAGAATTGAGACCATAGAATAATCTTGACTTGCCAT GCTGTGTTTTTGGCTCTCAGGTCTTTACAGCTGCTGCTGCTGATGAACGGAAGAATATTGTATTATTAGCTTTTGAGACG ATGGAGAAAATAGTGCGTGAATTTTTCCCTTATATTACTGAAACAGAAACAACGACCTTCACCGATTGTGTTCAATGCCT TTTGACATTTACAAATAGCCGATTCAATAGTGATGTTAGCCTCAATGCAATCGCATTTCTTCGTTTCTGTGCGGTTAGAC TTGCTGATGGAGGACTTGTTTGCAATAAGAAGAGCAATGTTGATGGCTCATCAGTTGTAGTAAATGGTGTTTCAGATGTG CAAGCTCTTACTGACAATGACAATGATGATCATGTTTCCTTTTGGAATCCTTTACTATCAGGTAATATGCCTTCAGATGA TGTCCAAAGATATTTTGGATAGTGGCCAGGCTACTACCCATGATGGACAAAGAAGCATATTTTTGCCTAATAAATGTATG TATTCTGTTTGATTGATTGCTTGCATAAATCTCAAATTGCTCACAACCATGTTGACACTGCCCTGTATATACTGTATCCA TAAGCTCTGTATTTTGTTTTTCGCTAAAATCTTGAGTGATGTCTGTCGCAGTTTTTTAACACATTTCTTTTTCAACAAAA TTGCATATTGTACTCTTGATAGATGTAGCAAATCTGTGTATATTTCAAATCCCGACACGCGGCGGAGAAGCTACGCGCAA ACCACCCACATTACAAATTATTTGTAGAGAATTTTGAATGATTTTCATACACTGAATAATGGAGTGCAACCATATTTATA GAAGATTCTTGCTTTTGAGAGATGCTGTACATCTTTATTAGAACTAACAGCAACTATAGCTGACTTGTGACGACTAACAG TTTCTGTTAACTCTGACAGGCCTTACTATGGTTAGCTATTGTTAACACAAGGATCCCTCCTTAAAATCAGGGTTGTTGTG AGTGTAGCATCCTGAGTTTGTCTCTTTTGTGATGAAATCTGGGCTTTGATAGTAAAGACATCAACTATTTGATTTGACCA TAGCAACATGAGAGGCAATGATTGATTTATTCATGACTTTTTCATGGACTTGTACTCCCTCCGTCCCTAATTATAAGCTA ACATTGTAAAAATCACATTTATTAAGAAAGCCTTAATTGATGCATTGGTTTTTTAAAAAATGGTACAATCTTCCATATTT ACCCCTATTTAAGTGGGTAGTACTAGGAGGAAAGAATAAAAGTGAGTTTCAATTTCAAAATTTTGGAATTGGAAAACCAA TAAATGCAAGGACAAATATGGAAAAAAATATTAGCTTTTGCATAGTTAGCTTATATTTAGTGACACCACATAGGTCTCAA TGTTAGCTTATAATTAGAGACGGAGGGAGTAGTTACTAACAAAACCCTGACTGACTTGTAGCCACTTACAACGTTGTTAC CTCAATCAACCTTACTATTGTTAATTATTGATTACAAAAGGCTGCTGAACTAGAACTGCATTCCACTATTATACATCTAT CACGAGTTAGGATATGTAAGGCATTTTTTGTGTAAACCTTGTCTGTTGTTTCATTTCAGGGTTGTCAAAACTAACTTCTG ATCCGAGATCAGCTATCAGAAAGAGTTCTTTGGAGGTGCTTTTTAACATTCTGAAGGATCATGGTCATCTATTCTCATGC AATTTTTGGAATAACATTTTCTGTTCTGTTATATTCCCTATATATAACTCAGTATCTGGAAAGAATGATATGAATCTCCT AGTGGATCATAGTTCACCATCTTCAGTATCTGCACATTCTGAAGGAAGCACATGGGATTCTGAGACTTCTTCAGTAGCAG CAGAATGTTTAATAGATTTATTTGTCACCTTCTTTGGGATGGTGAGGTCTCAGCTACCAGGTGTGGTGTCAGTATTGACA GGGTTCATTAGGAGTCCTGTACAGGGTCCAGCTAGTACTGGAGTTTCTGAATTAGTGCGTCTCACTGGTGACCTTGGTAA CAAGCTTTCAGAAGAAGAATGGAAAAGTATTTTTCTATGTTTGAAAGATGCAGCTACATCAACTGTGCCAGGATACATGA AGGTCTTGAAAACCATGAATAATCTTGAGGTGCCCAAAATTTCAGAGTCTTCTACTTACCTGGAAAGATCTTCTGATCAT GACTTGACAAATGATGAGTTTGATGATGACAATCTGCAAATGGCCACATACGTCGTGTCAAGAACCAAGAACCATATTGC TATGCAGCTACTTATTTTACAGGTTTACTTCTTGCTCTGAGTGCTAAAATAGGATGATAAGAGTTAAATATAAGCACCAC ATTTCCTTTAATTGGCATCCACTGATTTGGTTCTTTTCTTTTACTCTTTTGTCATTATTTTTCCTCTACTCTCCTTTTTT TCAGCTATGGTATGAACTCAGCTGGCTACTTTCATCTAATATCCATAGGAACAAAGTTGAGCTTCCCTTGTCATTACCAC TGCAATGATTTTCTCTTGTTCTCTCTCACATGGTCCCTTCTTAGGGCCCGTTTGTTTAAGATTATAAAAAAAGTTATTTT TAACTTAGTAAAAAAGAGATTTTTTTTGTGTTTGCTTACAATTATAAAAAGGTGTATTTTTATTTGACTGTAACCTCTCT CATATTGCATATTACTTTATAGAAGCTACTCAAAATAGCTTCTGATTATACTATAAAAACTTATTATTTTGAGAAAATTA TTATTAAAAAGAGCTTACTCAAACGCAAAAAAAAATCATTAAAAGTGATTTTTTTTTTAATATTAAAAAAGAGATATTTT TATTAAAAAAGTTATTTTTTATTAAACATGTTTGAACAGATGGCCTCTATTTCTTTCCATTAATATGTGTTCTTATATTT CTTAGGTAGTCCAAAGCTGTTAATTTTAGGGATAAAATAACAATTACGTTTTACTTGTAATATTTTGTACAAATGCTCTT GAAATCAATACAATATACAATAATTTCATATTATTCAAGTTGGTACCATAGCTCTGTAGTCAATTCTACCTTTTCTTTTC ATCTCATTCATCATTTTGGTTCAGAGCTTCAGCCTCTGCAAGCGCTGGCTGATTGTCAGTAGTTGTTCAGTGTCTAAGAT GAGACCCCCCTCCCAGCTGTATCAGAGGTCGCTGATGGGTGGTTCACAAGCTCACACATGCAAGCTTTCAAGCCATTAGT GTTGGGTTTGTGAAGTGCACTCACTGTCTTACATTGTTTAGCATTTTAGCAGAATGTCGGATGTGCCAATCATCGGAGCA ATTTTTCATAACTGGCTTTAATGGTTCTGGTAGAAGTGAAGCAGCTAATTTTTTCTGACAATCTGTCATTTGGGATAGGA TTAGGCAATTGATGATTTTAATGGATTGCCCCCCCCCCCCAATAGATATGCTGAGGTCTAGTAGCTTTGTTTCATTGTTG TTTTTCATTGTTCTTTGATGTTTGCATCTTATTTTTCTTAATGAATTTCTTTATTAGAAAATAAGCCAAAAGTTCGATAA CTTGATCTCTCAAGGTAGATGGAAAAATTTGGACTCTTGATTCTTCTGGTGCTTTCTCGTGCAAGTCTTTCTTTCAGCTA CTTACCAATAATTGGTTTAGATCCAGAATTGAAGTTCTTCCTGTAAAATATTCAATGTTGTAAGTTTCAACTTTGAATGA GTTCATCTCGATGATATATTTTCGTGTTCTGATCACAGGTTGCAACTGATATGTACAAAAGGCACCAGCAATCCATATCA GCAGCCAACATCAAACTCCTTATTGAATTATATTCATCTATTGCTTTCCATGCTCGACAATTGAACAGAGAGTCAATCCT GCTGAAGAAGTTGCAGAAAGCGTGCTCCATCCTAGAACTATCTGCCCCGCCTGTGGTTCATTTTGAAAATGAGTCCTTCC AGAATCACCTCAACTTTCTACAAAATTTGCATGTCCAACATGTTGTGCATGATGAAATAGACCTAGAACAAGAGTTAGTA GCAGTATGTGAAAATGTGTTGGACATATACCTAAATTGTGCTGGTCCGGTATCCGCATTTCACAAGTCAGATACCCTGCC AGTGCCACGTCGAAAGCTCCCTTTGAGCTCAGCAAAGAAAGAGGAAATAGCTGCTAGGACATCTCTAGTCATCTCAGCAT TGCAAGGGTTGGCTGGTCTGGAAAAGGATTCATTCAGGAGGTATATTCCTCGGTTCTTTCACTTATTGGTAGATCTTGTG AGGAGCGAACACACCTCTGGAGAAGTTCAGCTTGTCCTCAGTAATATGTTTCGTTCATCTGTAGGCCCAATTATAATGGA ATGAGTTTTTAGTTTTGGCCTACTTTATTTTTGGGAAGTCGCTGGATATCAGTCAGCATTTTCTTCATATGCTGAAGCAC AAGCCATTGCATAGTCATATCCTAGATTACTTGTTAGTTCTGCCGTGAAGAGTTATTTTGGGATTTTTTTGATTGTTTTG GTAAATGACAAATCTATATATATATATGAAAATAATGTTTCCTTCTAGAAGCCTATGCCACATGGCACCCCCAAATTCTT CCAATTTCCCTCCAAGAAAAAAAAAGACATCCCACTTTTTTGTTACAACATATTTCATCTCTCAC
CDS sequence (LotjaGi1g1v0000200.1) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCCATTTTCCAGCTTCAGTGTTCTATTTTCATGAACTTGTTATCAAAATTCAGATCAGGCTTGAAAAAAGAAATTGG CATGTTTTTTCCAATGCTTATCCTCCGAGTTCTTGAGAATGTTCTTCAGCCCAGTTTCCTGCAGAAAATGACTGTCCTCA ACTTATTGGACAAAATATCCCACGATCCTCAGATTATTATTGACATTTTTGTCAACTATGATTGTGATGTGGATTCTTCA AACATATTTGAAAGGATTGTCAATGGCCTTCTGAAAACTGCTCTGGGACCACCTACGGGGTCGACCACAGCGTTGTCGCC TGCACAGGATATTACTTTCCGACTTGAATCTGTGAAGTGCTTGGCCAGCATTATTAAGTCAATGGGGGAATGGATGGACC ATCAGATGAGTCTGGGGGATTCATATCTAGCAAAGAGCCCTGAAAGCTGTAGCATAACAGAAAGTAATCTAACACTGAAT GGAGAAGAAGGAAATGCTTCTGATCATGAGCTACATCCTGATGTAAATTCTGAATTCTCAGATGCTGCCATGCTAGAGCA GCGACGAGCATTTAAAATTGAACTTCAGAAAGGTATATCACTTTTTAATAGAAAACCTTCCAAGGGTATAGAATTTTTGA TCAGCAGCAAAAAAATTGGTGGCTCTCCAGAAGAAGTGGCTCTGTTCCTGAAGAATACTGGTGGCCTAGATCAAACCAAG ATTGGTGACTATTTGGGGGAGAGGGATGAGTTTTCTCTGAAAGTTATGCATGCATATGTAGATTCTTTTAATTTCAACGG AATAGATTTTGGAGAAGCTATACGATTTTTCCTTCAGGGCTTCAGGTTACCTGGTGAGGCACAGAAAATTGATCGCATCA TGGAGAAGTTTGCTGAGCGCTATTGTAAATGCAGCCCTAGTTCTTTTAGCAGTGCAGATACCGCCTACGTTCTTGCTTAC TCTGTGATAATGCTTAATACAGATGCACATAATAATATGGTGACAGATAAGATGACAAAGGCTGATTTTATCCGAAACAA CCGAGGCATAGATAACGGGAAGGATTTATCGGAGGAATATCTTGGGGCCCTTTATGATCAAATAGTTCAAAATGAAATTA AGATGAATGCCGATTCTTCCGCACCTCAGGGTAAACAAGCAAATAGCTTTAATAGATTGCTGGGATTGGAGGGTATACTC AATCTTGTGAACTGGAAGCAGAGTGAGGAAAAAGCAGTGGGTGCAAATGGACTTCTCATTCGGCATATTCAGGAGCAATT TAAATCACAATCACGAAAATCAGAATCTGCTTATCATGTTGTCACAGATGTAGCTATACTGAGGTTTATGGTGGAAGTGT GTTGGGGGCCTATGCTTGCTGCTTTCAGTGTAACACTTGACCAGAGTGATGACAGGGTGGCTACTTCTCAATGCTTACAG GGATTTCGACATGCTGTGCATGTTACTGCAGTGATGGGCATGCAGACTCAAAGGGATGCTTTTGTTACATCTGTTGCTAA ATTTACTTATTTGCACTGTGCTGGAGATATGAAACAGAAAAATGTTGATGCTGTCAAGGGAATAATATCAATTGCCATTG AAGATGGTGATCATCTGCAAGAAGCATGGGAACACATCTTAACATGCCTCTCCCGAATTGAGCATTTGCAACTTTTAGGT GAGGGCGCCCCAAGTGACGCGACCTTCCTCACTTCATCTAATTTTGAATCAGAAGAAAAAGCACCAAAAACATTAGGTTT GTCTTCTTTTAAGAAAGGAACTCTCCAGAATCTAGCCATGGTGGCTGTTGTTCGTGGTAGTTCGTATGATAGTACAAGTG TTGGGGTTAACGCTTCTGCATTGGTAACACCAGAACAGATAAATAATTTCATTTCTAACTTGAATATACTGGATCAGATC GGGAACTTTGAATTGAACCATGTGTTTGCTCATAGTCAACGGTTGAATGGTGAAGCAATAGTAGCATTTGTGAGAGCACT TTGTAAAGTTTCCATCTCAGAGTTACAGTCTCCAACAGACCCTCGTGTATTCGGCCTCACTAAAATAGTAGAAATTGCGC ATTATAATATGAACCGTATCAGATTAGTATGGTCACGAATGTGGAATGTTCTCTCAGATTTCTTTGTGTCAGTTGGATTG TCAGAAAACTTATCAGTTGCAATCTTTGCGATAGACTCACTACGACAACTTGCGGTGAAATTTTTGGAGCGTGAAGAGCT AGCTAATTATAACTTCCAGAATGAATTTCTTAGACCATTTGTTATTGTTATGCAGAAGAGCAACTCCACAGAAATCAAAG AATTAATAGTTCGTTGTATTTCACAGATGGTCCTTAGCCGTGTCAGTAATGTGAAATCTGGCTGGAAAAGTGTTTTTATG GTCTTTACAGCTGCTGCTGCTGATGAACGGAAGAATATTGTATTATTAGCTTTTGAGACGATGGAGAAAATAGTGCGTGA ATTTTTCCCTTATATTACTGAAACAGAAACAACGACCTTCACCGATTGTGTTCAATGCCTTTTGACATTTACAAATAGCC GATTCAATAGTGATGTTAGCCTCAATGCAATCGCATTTCTTCGTTTCTGTGCGGTTAGACTTGCTGATGGAGGACTTGTT TGCAATAAGAAGAGCAATGTTGATGGCTCATCAGTTGTAGTAAATGGTGTTTCAGATGTGCAAGCTCTTACTGACAATGA CAATGATGATCATGTTTCCTTTTGGAATCCTTTACTATCAGGGTTGTCAAAACTAACTTCTGATCCGAGATCAGCTATCA GAAAGAGTTCTTTGGAGGTGCTTTTTAACATTCTGAAGGATCATGGTCATCTATTCTCATGCAATTTTTGGAATAACATT TTCTGTTCTGTTATATTCCCTATATATAACTCAGTATCTGGAAAGAATGATATGAATCTCCTAGTGGATCATAGTTCACC ATCTTCAGTATCTGCACATTCTGAAGGAAGCACATGGGATTCTGAGACTTCTTCAGTAGCAGCAGAATGTTTAATAGATT TATTTGTCACCTTCTTTGGGATGGTGAGGTCTCAGCTACCAGGTGTGGTGTCAGTATTGACAGGGTTCATTAGGAGTCCT GTACAGGGTCCAGCTAGTACTGGAGTTTCTGAATTAGTGCGTCTCACTGGTGACCTTGGTAACAAGCTTTCAGAAGAAGA ATGGAAAAGTATTTTTCTATGTTTGAAAGATGCAGCTACATCAACTGTGCCAGGATACATGAAGGTCTTGAAAACCATGA ATAATCTTGAGGTGCCCAAAATTTCAGAGTCTTCTACTTACCTGGAAAGATCTTCTGATCATGACTTGACAAATGATGAG TTTGATGATGACAATCTGCAAATGGCCACATACGTCGTGTCAAGAACCAAGAACCATATTGCTATGCAGCTACTTATTTT ACAGGTTGCAACTGATATGTACAAAAGGCACCAGCAATCCATATCAGCAGCCAACATCAAACTCCTTATTGAATTATATT CATCTATTGCTTTCCATGCTCGACAATTGAACAGAGAGTCAATCCTGCTGAAGAAGTTGCAGAAAGCGTGCTCCATCCTA GAACTATCTGCCCCGCCTGTGGTTCATTTTGAAAATGAGTCCTTCCAGAATCACCTCAACTTTCTACAAAATTTGCATGT CCAACATGTTGTGCATGATGAAATAGACCTAGAACAAGAGTTAGTAGCAGTATGTGAAAATGTGTTGGACATATACCTAA ATTGTGCTGGTCCGGTATCCGCATTTCACAAGTCAGATACCCTGCCAGTGCCACGTCGAAAGCTCCCTTTGAGCTCAGCA AAGAAAGAGGAAATAGCTGCTAGGACATCTCTAGTCATCTCAGCATTGCAAGGGTTGGCTGGTCTGGAAAAGGATTCATT CAGGAGGTATATTCCTCGGTTCTTTCACTTATTGGTAGATCTTGTGAGGAGCGAACACACCTCTGGAGAAGTTCAGCTTG TCCTCAGTAATATGTTTCGTTCATCTGTAGGCCCAATTATAATGGAATGA
Protein sequence (LotjaGi1g1v0000200.1) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAIFQLQCSIFMNLLSKFRSGLKKEIGMFFPMLILRVLENVLQPSFLQKMTVLNLLDKISHDPQIIIDIFVNYDCDVDSS NIFERIVNGLLKTALGPPTGSTTALSPAQDITFRLESVKCLASIIKSMGEWMDHQMSLGDSYLAKSPESCSITESNLTLN GEEGNASDHELHPDVNSEFSDAAMLEQRRAFKIELQKGISLFNRKPSKGIEFLISSKKIGGSPEEVALFLKNTGGLDQTK IGDYLGERDEFSLKVMHAYVDSFNFNGIDFGEAIRFFLQGFRLPGEAQKIDRIMEKFAERYCKCSPSSFSSADTAYVLAY SVIMLNTDAHNNMVTDKMTKADFIRNNRGIDNGKDLSEEYLGALYDQIVQNEIKMNADSSAPQGKQANSFNRLLGLEGIL NLVNWKQSEEKAVGANGLLIRHIQEQFKSQSRKSESAYHVVTDVAILRFMVEVCWGPMLAAFSVTLDQSDDRVATSQCLQ GFRHAVHVTAVMGMQTQRDAFVTSVAKFTYLHCAGDMKQKNVDAVKGIISIAIEDGDHLQEAWEHILTCLSRIEHLQLLG EGAPSDATFLTSSNFESEEKAPKTLGLSSFKKGTLQNLAMVAVVRGSSYDSTSVGVNASALVTPEQINNFISNLNILDQI GNFELNHVFAHSQRLNGEAIVAFVRALCKVSISELQSPTDPRVFGLTKIVEIAHYNMNRIRLVWSRMWNVLSDFFVSVGL SENLSVAIFAIDSLRQLAVKFLEREELANYNFQNEFLRPFVIVMQKSNSTEIKELIVRCISQMVLSRVSNVKSGWKSVFM VFTAAAADERKNIVLLAFETMEKIVREFFPYITETETTTFTDCVQCLLTFTNSRFNSDVSLNAIAFLRFCAVRLADGGLV CNKKSNVDGSSVVVNGVSDVQALTDNDNDDHVSFWNPLLSGLSKLTSDPRSAIRKSSLEVLFNILKDHGHLFSCNFWNNI FCSVIFPIYNSVSGKNDMNLLVDHSSPSSVSAHSEGSTWDSETSSVAAECLIDLFVTFFGMVRSQLPGVVSVLTGFIRSP VQGPASTGVSELVRLTGDLGNKLSEEEWKSIFLCLKDAATSTVPGYMKVLKTMNNLEVPKISESSTYLERSSDHDLTNDE FDDDNLQMATYVVSRTKNHIAMQLLILQVATDMYKRHQQSISAANIKLLIELYSSIAFHARQLNRESILLKKLQKACSIL ELSAPPVVHFENESFQNHLNFLQNLHVQHVVHDEIDLEQELVAVCENVLDIYLNCAGPVSAFHKSDTLPVPRRKLPLSSA KKEEIAARTSLVISALQGLAGLEKDSFRRYIPRFFHLLVDLVRSEHTSGEVQLVLSNMFRSSVGPIIME
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 | 1340 | 1340 | 0.0 | – | |
| PANTHER | 1 | 1340 | 1340 | 0.0 | – | |
| Pfam | 2 | 82 | 81 | 9.4E-20 | ||
| ProSiteProfiles | 184 | 371 | 188 | 44.157 | ||
| Gene3D | 185 | 265 | 81 | 1.2E-27 | – | |
| SMART | 188 | 373 | 186 | 6.2E-94 | ||
| SUPERFAMILY | 188 | 379 | 192 | 1.83E-74 | ||
| Pfam | 192 | 373 | 182 | 5.8E-72 | ||
| CDD | 192 | 373 | 182 | 2.61876E-83 | ||
| Gene3D | 266 | 386 | 121 | 6.5E-51 | ||
| SUPERFAMILY | 684 | 1340 | 657 | 1.58E-13 | ||
| Pfam | 740 | 822 | 83 | 6.7E-32 |
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 | ARF guanyl-nucleotide exchange factor activity | Stimulates the exchange of guanyl nucleotides associated with the GTPase ARF. Under normal cellular physiological conditions, the concentration of GTP is higher than that of GDP, favoring the replacement of GDP by GTP in association with the GTPase. | ||
| Biological process | Regulation of ARF protein signal transduction | Any process that modulates the frequency, rate or extent of ARF protein signal transduction. |
Expression pattern of LotjaGi1g1v0000200.1, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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