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| Field | Value |
|---|---|
| Gene ID | LotjaGi1g1v0000200 |
| Transcript ID | LotjaGi1g1v0000200.4 |
| Related isoforms 4 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | Brefeldin A-inhibited guanine nucleotide-exchange protein; TAIR: AT4G38200.2 SEC7-like guanine nucleotide exchange family protein; Swiss-Prot: sp|F4JSZ5|BIG1_ARATH Brefeldin A-inhibited guanine nucleotide-exchange protein 1; TrEMBL-Plants: tr|K7KBU2|K7KBU2_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0000200 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr1:261710..275019) extracted from Lotus japonicus Gifu genome v1.2.
CTTGTTTTAATATTTAAACTCTTATAATTCTATCAGACATTTGCAGGATTGTCAATGGCCTTCTGAAAACTGCTCTGGGA CCACCTACGGGGTCGACCACAGCGTTGTCGCCTGCACAGGATATTACTTTCCGACTTGAATCTGTGAAGTGCTTGGCCAG CATTATTAAGTCAATGGGGGAATGGATGGACCATCAGATGAGTCTGGGGGATTCATATCTAGCAAAGAGCCCTGAAAGCT GTAGCATAACAGAAAGTAATCTAACACTGAATGGAGAAGAAGGAAATGCTTCTGATCATGAGCTACATCCTGATGTAAAT TCTGAATTCTCAGATGCTGCCATGCTAGAGCAGCGACGAGCATTTAAAATTGAACTTCAGGTTGGTATTACTGTCTCTGT TGATGACTAAATGTTATATGGTCATCACGATAAAAAATCATCTTATACTAGCATAGCCCTGGAAAATGACAGCTTCATTT ACTTAAAGACAAGCCTCTATTTTGTCTGTTAGATCTTAGAAGTGTGTTTGTAGTCTCAATAGTATGCTGTAGTTAGGCCT AGCCCATTATAGTTGGGTGTTTTGTTACAATTAGTTATTCTGTTAAAGGATGATTGGGTTTGTTATAAATAACTCACCTG CTTCCGCTTAGAGTTAGTTATGAGACTCCTACTATGAATGTAATCAAGCTTGTGCAGACTTGAATCCGATAAAATACTTC TTGTGTATTTCATTGATAATACTTGACTATAGACTACAATATATATAGACTAACAAAGAGATAAAAAGAAACTAAATCTA TCTAAACCTATCTCTATTTAAATAGATTCCATCTCTATTTAAATAGATACTAATCTAAAATAGAGAAACAAAACTTAACT ATATCTCTTTGAGATAAGACTAATAATAAACTAAATCTTAAAAGATATTCAACATGCAGAACAGTTGAGGATAAATAACA CTACAATTTAGAATATTTCTCTCTCTCTCTCTTGTTTCCTCACTACGTAGATTTCTAAAATTGTGATAGAACCCCCACAT ATGGGCCTGAGGGGGGTGGGGGGGGGGGGGGAGTACTAATATGCTGTTTCAATTGTTGATTCACCTTTGAGATGCCCAGG ATTTGGCAAGTTTACACTAGGAGGAAGAGAGTGAGGTCAGACGGAGGGAATGATAGTTAGTTAGTGAGCTGGCATGATTC CCATGATTAGTGGGATTCGGATATATTAGGAGAGAGGAGAGAAGGTTGGGGTGTTCAGTCTAGTAGTAAGAATTCTGTTA GTAGAGAATATCTCTCTGTGGTAGGAGTCTTAGACTCTGGGGAAATTTCCTTATTGTAGAGCTCTTGAGCTCATTGCTTT CTCTATTTTACATAATCTATATATCTGAGTTACCTGTTTCTATCAAATTGTCTGTAAAATTATATTTTCTGTCTCCCTTC TGGCTCTTGTGAATTCAATTTTCATATTATGTGCTGATGCTTTTTCTGGGTTAAATGCAGAAAGGTATATCACTTTTTAA TAGAAAACCTTCCAAGGGTATAGAATTTTTGATCAGCAGCAAAAAAATTGGTGGCTCTCCAGAAGAAGTGGCTCTGTTCC TGAAGAATACTGGTGGCCTAGATCAAACCAAGATTGGTGACTATTTGGGGGAGAGGGATGAGTTTTCTCTGAAAGTTATG CATGCATATGTAGATTCTTTTAATTTCAACGGAATAGATTTTGGAGAAGCTATACGATTTTTCCTTCAGGGCTTCAGGTT ACCTGGTGAGGCACAGAAAATTGATCGCATCATGGAGAAGTTTGCTGAGCGCTATTGTAAATGCAGCCCTAGTTCTTTTA GCAGTGCAGATACCGCCTACGTTCTTGCTTACTCTGTGATAATGCTTAATACAGATGCACATAATAATATGGTGACAGAT AAGGTTTGCCTTTGCGGAATCTTCTATGTTATGTCTTAGGCAAGGTGGTTTTAGGATCTGCTTTTCGCCATTTCTTGGTG TCCATTCTGGGTTTGGTTTTATTTCTTTTAGACTTAATTGACTTTTGAGTAGTTGATACATCCTATTCCAAATTATGTTC CTGATGAAAATTAAACATAAATTTTATCACAGAAAGTTATACAAAGCAACGTGACTTGTACATTTTTGTTCTGAATACAA CTTTGAAAATATCATTTGTTTCCTCTTTCCATTTCTTTTATCTTCTTATTTAGGAGGGTGGTAATTATGGTAAATTATTG CATTTGTGTCGAGGTTGAGGAAACTCAGTGAAAATGATGAGCTATGTTGTGTAATTTCATTTTGTAAATTAGTTTGAGAA AATTAGTTTGTTTTTAATTCTTTAACACATTTGACATTGTAAATTCAGGATATCTTGTTTGTGATTCTTCAATGTCAAAT GTGTTTGACCTGGATTTTGTTGTGTATATTCTGGTTGATTTCTTTCCAGATGACAAAGGCTGATTTTATCCGAAACAACC GAGGCATAGATAACGGGAAGGATTTATCGGAGGAATATCTTGGGGCCCTTTATGATCAAATAGTTCAAAATGAAATTAAG ATGAATGCCGATTCTTCCGCACCTCAGGGTAAACAAGCAAATAGCTTTAATAGATTGCTGGGATTGGAGGGTATACTCAA TCTTGTGAACTGGAAGCAGAGTGAGGAAAAAGCAGTGGGTGCAAATGGACTTCTCATTCGGCATATTCAGGAGCAATTTA AATCACAATCACGAAAATCAGAGTAAGCTAAGACATATCTTAATGTATGAATTGTTTTTGTGGATGTGTACTTGGTTTGC AGAGCTAGACCTGCCATACCCTTTCTCTCTTTCTTTTTTTTTTAAAAAGCATTAAATCTCTGATTTATACAGATTTAGAG TTTGCTATGCTACTTTGATATCTCTCAGTGGAAGCTTTTTTTATCTAACGTATGTCTTTTGGAGGATTTAAAAGGTATAG TTTAGGAAGTAAAGTCAAGAGAAAAGATTGCCTTTGGAGATCTAAATGTTCTTATGAGGAGAGTGCTGAAAAGTCCCACA TTAACTAGAGATATGACCAATATAGCCCTTATATATGGGCATACATTCCTCATCTCTCTTTCCTCAATTTTCCCTAGCAA TTTTATGCCACCTAGATTGGGAGCTTGAGAGAATGAATTTCTACTTCTTTGATCTGTTGCATTCTGTCAAACAACCAATT ATCCCAAAAGCTTAAGTTGTTGGGTAAGGACTACATGAATGGTTTTATATTAATATTTCTAACACGCCCCTTCAAGAAAG AGCCCTTTGGGCTTGAAGCGTGGACAATGCACGAACCCACCTACCATGTGCTGAAATTCAACTTTTTTTATTAGAACAGT TGGGAGTGGCAAGGATTGAGCTCTAGACCGCTTGGTCATAGAGGCTCTGATACCATGTCAAACAATCAATTATCCTAAAA GCTTAAGCTGTTGGGTAAGGGCCACATGAATGGTTTTATATTAATATTTCTAACACATTCAATGGTATGACGAACATCAC GCAAATCTGTCTCAATACTCAAATTCACCATTTGCTGAATAAAAGAAGTTCCATACGAGGTTTTGGAGTGCATTCAAGTC TATCTTCTTTTTCCGATGACCCTCGATTCTTGAAATCTGTCTTCTTAGCTTGACAATCCAAACCAATATTTCAGCCCTAA TCTCAAATGATCCACATATCTTTCTAACCTCATCATTGTCACACTCCCAAAAAAATTGACAAAACCTCCCACTGAAAGAA GTCACAATTTTTTTGAAAGCAAAAACATCTATACTGATGAGGAAAATGTTCAAGATAGACAACCCTCCTCAGAAGACCCA AAAACCGTCAAAGCCGGCGACAACCCAGCCCAAAAAGGGGAGCAACCAAACTAGACAAACACCAACCAAGGACTCGACGA CACCAAGACAACCTCCTAAGACCCAAAACAACCCACAAGCCCACACGATACCCAAAGAAACCACCAACACCCAAGAAAAC TACCTTAGCTCCCCCTAGTAGACCTGCGTGCATTGATCTGAGCCTCAATCTGGTCAAAGGCAACGTCATCTGTGCAGACA TACTTTATGCCACAACGCTTTCCCATCAAAACGACACTCCTCGCTCTTGTAAGAACGCCATAAGGCTCCGAGAAATCCTT CGGCAAAACCATCAGCTCCCATGCTCCAGCATCAGCATCAGCATCTTGTCCAGGCGGAAATGAACCCGCAAGCTCTATCT CATTGGCCTGGTCTTCTCCTTCCTAGGTCGCCCTCGGGGACAAGTAGCTTTCTCAGTAGGACGACGGCCCCTAACCATCC CTTGAGTTAGTTAAGAGCATTGATAATATGTTAATGTTATTACAGAATTTGTGATTTATATATATTTGGCCTTTTCTTGA GTTTATAAAGAAAATAAGTATTTGTTAACTGTAATGTATTGTCTTGTATTTTATTATAATTTATAATTTCTTTTTATACT AAAATTATTATTGATATTTTTTTTTTGCCTATTTTGTAATGGGTTGAATTTGAGAGAAGTAATAAAAGTACAATGGCTTA TGTCATAATCCTATTATTCAAAACATATTGAGCTGGACATGTTCTTTGTCAGAGAAAAGGTTCAATCCAAGTCACTTGTA GTTGTAGTATATTGCAGCTCATGAACAGGTTGCTGAAATCCTAACCAGAGCTCTTTCCAAGCAAAGGTTTATAGATCTAG AGCAAAGCTAAAAGTACTTCAGCAGGGTGAATGTTAGAGTTAGTTGAAAAGTATTCCAGCTGGGTGAATGTTAGAATGTG TTTGAGTTATGTAAATTAATATGCTGAGTCAGCATTCTGTTAGTATAGTTCCTGTTCATCTGCTTTGTTATGCTGAGTCA GAATGTTATAACTGTTGAATAGCTTCTACATGAAGCTTGTACAGGCTTTAAATATATCTCTCTCTTGTCATAAATGATTA AGATGAATATACAGTTTATAACACAAATATACAATAAGATTCCAACTGGAAAATATACTGTCATGAACTATCCCAAAAGC TTAAGCTGCTAGGTGAAGACACATGAATGGTTTCATATGATATTTTTTTAACAATAACCATCTTCATTAAATATATATTT GCACAATTTGTGATCTTATACCTAGTTTATGAAATAAGTGACTTACATCTAGTCATGAATTTCCATAGTTAGTGTCATGA ATCAACTATCCCAAAAGTTTAAGATGTTGGGGGAAGACACATGATGGTTTTATATTTCTAACATGCCTTTTCACACGTTA ATGAAAAACCTCAAACTCAAACTTCAGACCACTTGGTCATAGGGACTAATACTTATCCCAAAGTTTAAGCTGTTGGGTGA AGAACATGGATGGTTTTGTATCGTATTTCTAACAGTTCGGAATTGTATTTACCTATTTTTGCAGATCTGCTTATCATGTT GTCACAGATGTAGCTATACTGAGGTTTATGGTGGAAGTGTGTTGGGGGCCTATGCTTGCTGCTTTCAGTGTAACACTTGA CCAGAGTGATGACAGGGTGGCTACTTCTCAATGCTTACAGGGATTTCGACATGCTGTGCATGTTACTGCAGTGATGGGCA TGCAGACTCAAAGGGATGCTTTTGTTACATCTGTTGCTAAATTTACTTATTTGCACTGTGCTGGAGATATGAAACAGAAA AATGTTGATGCTGTCAAGGTGAATGAATCTTACTTTGGTTTTCATTGACACTTCTCAAAGTCATATCATTTACATCTGCA TTCTCCTTCTGCTTGTATTATAAATAATTTTTGCATAAGCACAGTAACTACTAGCAAACAAATCAAAAGCTTAATAAATG TTAAAGTGACATTTAAAAAAGACAATGAAGCCCTCACTAAGTTTTTTCAATGTTATCTTGAGTTTTTGATTTGGTATGCC TACGGCTACAATCATTGTGCTCATGCAAGACTATTGTTATTGTGCATCATATATTAACGCTAGTTATTCTAGTCTAGCCA CATTGTTCTTATATCAAGGAAGCGGTGATGAATGGGTGACTTTGATTTGACTAATCCTACATATGTAAATAGAAATGTGA CTACTGACAAGTACTTTTTTTTCACGTTTATCATGTAAGTGATCGATCTTATTTAATGCTTATATTTTGGTAATATCTTC CACATCTTTATTTTCTACAGGGAATAATATCAATTGCCATTGAAGATGGTGATCATCTGCAAGAAGCATGGGAACACATC TTAACATGCCTCTCCCGAATTGAGCATTTGCAACTTTTAGGTGAGGGCGCCCCAAGTGACGCGACCTTCCTCACTTCATC TAATTTTGAATCAGAAGAAAAAGCACCAAAAACATTAGGTTTGTCTTCTTTTAAGAAAGGAACTCTCCAGAATCTAGCCA TGGTGGCTGTTGTTCGTGGTAGTTCGTATGATAGTACAAGTGTTGGGGTTAACGCTTCTGCATTGGTAACACCAGAACAG ATAAATAATTTCATTTCTAACTTGAATATACTGGATCAGATCGGGAACTTTGAATTGAACCATGTGTTTGCTCATAGTCA ACGGTTGAATGGTGAAGCAATAGTAGCATTTGTGAGAGCACTTTGTAAAGTTTCCATCTCAGAGTTACAGTCTCCAACAG ACCCTCGTGTATTCGGCCTCACTAAAATAGTAGAAATTGCGTAAGTTTCTGTCTCCTTATATAAGATAGGTGTGCTCTTT TTTCTATATTAAACCCTCTCAAATATATTTACGTCATATGAGCGGAACTTGCTTAGTGAATATTAACCACGTGATTTTAT TAAGGTCTCACATTGACTAGAGATATGCCCAAATAGGTCATTATAAATGGTAGGGCAAACCTTACCTTGTGAGCTAGCTT TTGAGGTTGAGTTGTGTACTTATTGGAGGAAACTTGATTTCGTGGAAGAGGAAGAAGCAAACTGTTGCAAGATCTAGCAC AAAAGCAAAGTATCTTGCTATAACTAATGCTACTTGTGAATTTTTGTGGTTAAAACACCTGCTCCAAGAATTGAAGTTTT GTGATAGGTCCGAACTTGCTTGTGATACTCAGTTAGCCATTAGACTAAATATATAGAAGTTTATTTTCACTTCATCTGAG AAAAGATCCTCTCATGTATCATCAAGGCTTCTAATGTGAACTCTAGGGAGCAACTAGCAGACATGTGGACTAAGTGCTTA CGGGGTCCTAGGATCACATATATCTGCAACAAGTTGGATGCATGGCATATACCCTCCAGCTTGAGTAGGAGTTTTGATTA TAATATTATTTCTAACATATATTTGTTGTGTGGTTTCCTTATTTAGCATATTCTAATCCTCAGTTTAGGGATTGGTTTCC TCATCCTTGTATATAACTACTGTACAAATCATTTGAGAAATGCAAGAAATTTTTTCAAATGTCTCTTATTCTCAAACGAG TTAATAGCACTCAGCAAGCATCATATTTTCATTCAACTGCAATTTCCAACATACATGAACCTAAAGATACATGGATCTGA TTATTAAATTTCGCTTATGTTTCCAATCTGATTTTAAAATGCTGCTTCTACTATCGACAATTGTTACATTTGCAGGCATT ATAATATGAACCGTATCAGATTAGTATGGTCACGAATGTGGAATGTTCTCTCAGATTTCTTTGTGTCAGTTGGATTGTCA GAAAACTTATCAGTTGCAATCTTTGCGATAGACTCACTACGACAACTTGCGGTGAAATTTTTGGAGCGTGAAGAGCTAGC TAATTATAACTTCCAGAATGAATTTCTTAGACCATTTGTTATTGTTATGCAGAAGAGCAACTCCACAGAAATCAAAGAAT TAATAGTTCGTTGTATTTCACAGATGGTCCTTAGCCGTGTCAGTAATGTGAAATCTGGCTGGAAAAGTGTTTTTATGGTA TGTTTAAGTTCGCTAGATCTTGTTGTTACCCCTTTTTGTCACGGTTTTAACTAACTTGGTTGAACACCCATGTCTGGACC TCTAAGTGTTGCTGAATTATTTCTGTTTATTGGCAAAAGCAAACAAATTTGAGATGACAAAGTTGTGATTGTTTATCATT CTTATTACTTGCATGTAATTTTTCTTTATTTGGGCATTGTTGAAGGTACAAAATACAAATGTGTACAAAGAAGCTTTAGG AAGAAATCCTTTTTATTACACTTCTGAGAACCTAAGATCAAGAATGTAGATTCTATATTCTGATGGTACCCTCATCATAG CTAGAAAAATAGGAGAGTGAGGATATTACTCCTAAGCAATAGTAGCTAACAATCAGGATACAATTAGGAGATTGAAATTA ATTTATACTATTTATAGCTAATAACATTAACTGCTAACTCCTATCACCGAGATTCTCTCCAACAAAATGCTTGTAGGGGA TGTATTTAGTAAGTGTATTTAGTAAGAAATACGTTCTTCTTTGAGAGTGTGAGAGGAGTAAAAATCTTCAGGATACAATC ATAGAAAAGTTATTTAATGGTCACATGGCCACTTAAGAACGCTTTTCTCATGTGATACATCCCCACACACACAAACACAC ACACACACACACACACACACACACACACATATATATATGGATGTATCATATATAATTTTTTAATTCATTAAGACGGCAAT ATATAATTTTATTTTATTTTTGTTGGTAATTTAGGATGTCCAAAATACATTCTCATGATCTTTCAGATAGGAACCTTAAT TCTCAAGTTATTAATCCAAGTTGTACCCTGTTTAAAAGGGAGTACAATATTGAGGGTTTTCAACAATCTAAACTGATACA GAATTTTAGTTTCCCAGCAAATTGTTGATATAATGAGATGTAGTATTTTTCCTATTACATCATGCTCAGATACGAGCTTC ATAGATGTCATCCCTTCCTTCCAAAGAAGACCAAAACTAAAAGGATAGGCATGTCTTATTGCTAGCATTTGAGAATTGAG ACCATAGAATAATCTTGACTTGCCATGCTGTGTTTTTGGCTCTCAGGTCTTTACAGCTGCTGCTGCTGATGAACGGAAGA ATATTGTATTATTAGCTTTTGAGACGATGGAGAAAATAGTGCGTGAATTTTTCCCTTATATTACTGAAACAGAAACAACG ACCTTCACCGATTGTGTTCAATGCCTTTTGACATTTACAAATAGCCGATTCAATAGTGATGTTAGCCTCAATGCAATCGC ATTTCTTCGTTTCTGTGCGGTTAGACTTGCTGATGGAGGACTTGTTTGCAATAAGAAGAGCAATGTTGATGGCTCATCAG TTGTAGTAAATGGTGTTTCAGATGTGCAAGCTCTTACTGACAATGACAATGATGATCATGTTTCCTTTTGGAATCCTTTA CTATCAGGTAATATGCCTTCAGATGATGTCCAAAGATATTTTGGATAGTGGCCAGGCTACTACCCATGATGGACAAAGAA GCATATTTTTGCCTAATAAATGTATGTATTCTGTTTGATTGATTGCTTGCATAAATCTCAAATTGCTCACAACCATGTTG ACACTGCCCTGTATATACTGTATCCATAAGCTCTGTATTTTGTTTTTCGCTAAAATCTTGAGTGATGTCTGTCGCAGTTT TTTAACACATTTCTTTTTCAACAAAATTGCATATTGTACTCTTGATAGATGTAGCAAATCTGTGTATATTTCAAATCCCG ACACGCGGCGGAGAAGCTACGCGCAAACCACCCACATTACAAATTATTTGTAGAGAATTTTGAATGATTTTCATACACTG AATAATGGAGTGCAACCATATTTATAGAAGATTCTTGCTTTTGAGAGATGCTGTACATCTTTATTAGAACTAACAGCAAC TATAGCTGACTTGTGACGACTAACAGTTTCTGTTAACTCTGACAGGCCTTACTATGGTTAGCTATTGTTAACACAAGGAT CCCTCCTTAAAATCAGGGTTGTTGTGAGTGTAGCATCCTGAGTTTGTCTCTTTTGTGATGAAATCTGGGCTTTGATAGTA AAGACATCAACTATTTGATTTGACCATAGCAACATGAGAGGCAATGATTGATTTATTCATGACTTTTTCATGGACTTGTA CTCCCTCCGTCCCTAATTATAAGCTAACATTGTAAAAATCACATTTATTAAGAAAGCCTTAATTGATGCATTGGTTTTTT AAAAAATGGTACAATCTTCCATATTTACCCCTATTTAAGTGGGTAGTACTAGGAGGAAAGAATAAAAGTGAGTTTCAATT TCAAAATTTTGGAATTGGAAAACCAATAAATGCAAGGACAAATATGGAAAAAAATATTAGCTTTTGCATAGTTAGCTTAT ATTTAGTGACACCACATAGGTCTCAATGTTAGCTTATAATTAGAGACGGAGGGAGTAGTTACTAACAAAACCCTGACTGA CTTGTAGCCACTTACAACGTTGTTACCTCAATCAACCTTACTATTGTTAATTATTGATTACAAAAGGCTGCTGAACTAGA ACTGCATTCCACTATTATACATCTATCACGAGTTAGGATATGTAAGGCATTTTTTGTGTAAACCTTGTCTGTTGTTTCAT TTCAGGGTTGTCAAAACTAACTTCTGATCCGAGATCAGCTATCAGAAAGAGTTCTTTGGAGGTGCTTTTTAACATTCTGA AGGATCATGGTCATCTATTCTCATGCAATTTTTGGAATAACATTTTCTGTTCTGTTATATTCCCTATATATAACTCAGTA TCTGGAAAGAATGATATGAATCTCCTAGTGGATCATAGTTCACCATCTTCAGTATCTGCACATTCTGAAGGAAGCACATG GGATTCTGAGACTTCTTCAGTAGCAGCAGAATGTTTAATAGATTTATTTGTCACCTTCTTTGGGATGGTGAGGTCTCAGC TACCAGGTGTGGTGTCAGTATTGACAGGGTTCATTAGGAGTCCTGTACAGGGTCCAGCTAGTACTGGAGTTTCTGAATTA GTGCGTCTCACTGGTGACCTTGGTAACAAGCTTTCAGAAGAAGAATGGAAAAGTATTTTTCTATGTTTGAAAGATGCAGC TACATCAACTGTGCCAGGATACATGAAGGTCTTGAAAACCATGAATAATCTTGAGGTGCCCAAAATTTCAGAGTCTTCTA CTTACCTGGAAAGATCTTCTGATCATGACTTGACAAATGATGAGTTTGATGATGACAATCTGCAAATGGCCACATACGTC GTGTCAAGAACCAAGAACCATATTGCTATGCAGCTACTTATTTTACAGGTTTACTTCTTGCTCTGAGTGCTAAAATAGGA TGATAAGAGTTAAATATAAGCACCACATTTCCTTTAATTGGCATCCACTGATTTGGTTCTTTTCTTTTACTCTTTTGTCA TTATTTTTCCTCTACTCTCCTTTTTTTCAGCTATGGTATGAACTCAGCTGGCTACTTTCATCTAATATCCATAGGAACAA AGTTGAGCTTCCCTTGTCATTACCACTGCAATGATTTTCTCTTGTTCTCTCTCACATGGTCCCTTCTTAGGGCCCGTTTG TTTAAGATTATAAAAAAAGTTATTTTTAACTTAGTAAAAAAGAGATTTTTTTTGTGTTTGCTTACAATTATAAAAAGGTG TATTTTTATTTGACTGTAACCTCTCTCATATTGCATATTACTTTATAGAAGCTACTCAAAATAGCTTCTGATTATACTAT AAAAACTTATTATTTTGAGAAAATTATTATTAAAAAGAGCTTACTCAAACGCAAAAAAAAATCATTAAAAGTGATTTTTT TTTTAATATTAAAAAAGAGATATTTTTATTAAAAAAGTTATTTTTTATTAAACATGTTTGAACAGATGGCCTCTATTTCT TTCCATTAATATGTGTTCTTATATTTCTTAGGTAGTCCAAAGCTGTTAATTTTAGGGATAAAATAACAATTACGTTTTAC TTGTAATATTTTGTACAAATGCTCTTGAAATCAATACAATATACAATAATTTCATATTATTCAAGTTGGTACCATAGCTC TGTAGTCAATTCTACCTTTTCTTTTCATCTCATTCATCATTTTGGTTCAGAGCTTCAGCCTCTGCAAGCGCTGGCTGATT GTCAGTAGTTGTTCAGTGTCTAAGATGAGACCCCCCTCCCAGCTGTATCAGAGGTCGCTGATGGGTGGTTCACAAGCTCA CACATGCAAGCTTTCAAGCCATTAGTGTTGGGTTTGTGAAGTGCACTCACTGTCTTACATTGTTTAGCATTTTAGCAGAA TGTCGGATGTGCCAATCATCGGAGCAATTTTTCATAACTGGCTTTAATGGTTCTGGTAGAAGTGAAGCAGCTAATTTTTT CTGACAATCTGTCATTTGGGATAGGATTAGGCAATTGATGATTTTAATGGATTGCCCCCCCCCCCCAATAGATATGCTGA GGTCTAGTAGCTTTGTTTCATTGTTGTTTTTCATTGTTCTTTGATGTTTGCATCTTATTTTTCTTAATGAATTTCTTTAT TAGAAAATAAGCCAAAAGTTCGATAACTTGATCTCTCAAGGTAGATGGAAAAATTTGGACTCTTGATTCTTCTGGTGCTT TCTCGTGCAAGTCTTTCTTTCAGCTACTTACCAATAATTGGTTTAGATCCAGAATTGAAGTTCTTCCTGTAAAATATTCA ATGTTGTAAGTTTCAACTTTGAATGAGTTCATCTCGATGATATATTTTCGTGTTCTGATCACAGGTTGCAACTGATATGT ACAAAAGGCACCAGCAATCCATATCAGCAGCCAACATCAAACTCCTTATTGAATTATATTCATCTATTGCTTTCCATGCT CGACAATTGAACAGAGAGTCAATCCTGCTGAAGAAGTTGCAGAAAGCGTGCTCCATCCTAGAACTATCTGCCCCGCCTGT GGTTCATTTTGAAAATGAGTCCTTCCAGAATCACCTCAACTTTCTACAAAATTTGCATGTCCAACATGTTGTGCATGATG AAATAGACCTAGAACAAGAGTTAGTAGCAGTATGTGAAAATGTGTTGGACATATACCTAAATTGTGCTGGTCCGGTATCC GCATTTCACAAGTCAGATACCCTGCCAGTGCCACGTCGAAAGCTCCCTTTGAGCTCAGCAAAGAAAGAGGAAATAGCTGC TAGGACATCTCTAGTCATCTCAGCATTGCAAGGGTTGGCTGGTCTGGAAAAGGATTCATTCAGGAGGTATATTCCTCGGT TCTTTCACTTATTGGTAGATCTTGTGAGGAGCGAACACACCTCTGGAGAAGTTCAGCTTGTCCTCAGTAATATGTTTCGT TCATCTGTAGGCCCAATTATAATGGAATGA
CDS sequence (LotjaGi1g1v0000200.4) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGGGGAATGGATGGACCATCAGATGAGTCTGGGGGATTCATATCTAGCAAAGAGCCCTGAAAGCTGTAGCATAACAGA AAGTAATCTAACACTGAATGGAGAAGAAGGAAATGCTTCTGATCATGAGCTACATCCTGATGTAAATTCTGAATTCTCAG ATGCTGCCATGCTAGAGCAGCGACGAGCATTTAAAATTGAACTTCAGAAAGGTATATCACTTTTTAATAGAAAACCTTCC AAGGGTATAGAATTTTTGATCAGCAGCAAAAAAATTGGTGGCTCTCCAGAAGAAGTGGCTCTGTTCCTGAAGAATACTGG TGGCCTAGATCAAACCAAGATTGGTGACTATTTGGGGGAGAGGGATGAGTTTTCTCTGAAAGTTATGCATGCATATGTAG ATTCTTTTAATTTCAACGGAATAGATTTTGGAGAAGCTATACGATTTTTCCTTCAGGGCTTCAGGTTACCTGGTGAGGCA CAGAAAATTGATCGCATCATGGAGAAGTTTGCTGAGCGCTATTGTAAATGCAGCCCTAGTTCTTTTAGCAGTGCAGATAC CGCCTACGTTCTTGCTTACTCTGTGATAATGCTTAATACAGATGCACATAATAATATGGTGACAGATAAGATGACAAAGG CTGATTTTATCCGAAACAACCGAGGCATAGATAACGGGAAGGATTTATCGGAGGAATATCTTGGGGCCCTTTATGATCAA ATAGTTCAAAATGAAATTAAGATGAATGCCGATTCTTCCGCACCTCAGGGTAAACAAGCAAATAGCTTTAATAGATTGCT GGGATTGGAGGGTATACTCAATCTTGTGAACTGGAAGCAGAGTGAGGAAAAAGCAGTGGGTGCAAATGGACTTCTCATTC GGCATATTCAGGAGCAATTTAAATCACAATCACGAAAATCAGAATCTGCTTATCATGTTGTCACAGATGTAGCTATACTG AGGTTTATGGTGGAAGTGTGTTGGGGGCCTATGCTTGCTGCTTTCAGTGTAACACTTGACCAGAGTGATGACAGGGTGGC TACTTCTCAATGCTTACAGGGATTTCGACATGCTGTGCATGTTACTGCAGTGATGGGCATGCAGACTCAAAGGGATGCTT TTGTTACATCTGTTGCTAAATTTACTTATTTGCACTGTGCTGGAGATATGAAACAGAAAAATGTTGATGCTGTCAAGGGA ATAATATCAATTGCCATTGAAGATGGTGATCATCTGCAAGAAGCATGGGAACACATCTTAACATGCCTCTCCCGAATTGA GCATTTGCAACTTTTAGGTGAGGGCGCCCCAAGTGACGCGACCTTCCTCACTTCATCTAATTTTGAATCAGAAGAAAAAG CACCAAAAACATTAGGTTTGTCTTCTTTTAAGAAAGGAACTCTCCAGAATCTAGCCATGGTGGCTGTTGTTCGTGGTAGT TCGTATGATAGTACAAGTGTTGGGGTTAACGCTTCTGCATTGGTAACACCAGAACAGATAAATAATTTCATTTCTAACTT GAATATACTGGATCAGATCGGGAACTTTGAATTGAACCATGTGTTTGCTCATAGTCAACGGTTGAATGGTGAAGCAATAG TAGCATTTGTGAGAGCACTTTGTAAAGTTTCCATCTCAGAGTTACAGTCTCCAACAGACCCTCGTGTATTCGGCCTCACT AAAATAGTAGAAATTGCGCATTATAATATGAACCGTATCAGATTAGTATGGTCACGAATGTGGAATGTTCTCTCAGATTT CTTTGTGTCAGTTGGATTGTCAGAAAACTTATCAGTTGCAATCTTTGCGATAGACTCACTACGACAACTTGCGGTGAAAT TTTTGGAGCGTGAAGAGCTAGCTAATTATAACTTCCAGAATGAATTTCTTAGACCATTTGTTATTGTTATGCAGAAGAGC AACTCCACAGAAATCAAAGAATTAATAGTTCGTTGTATTTCACAGATGGTCCTTAGCCGTGTCAGTAATGTGAAATCTGG CTGGAAAAGTGTTTTTATGGTCTTTACAGCTGCTGCTGCTGATGAACGGAAGAATATTGTATTATTAGCTTTTGAGACGA TGGAGAAAATAGTGCGTGAATTTTTCCCTTATATTACTGAAACAGAAACAACGACCTTCACCGATTGTGTTCAATGCCTT TTGACATTTACAAATAGCCGATTCAATAGTGATGTTAGCCTCAATGCAATCGCATTTCTTCGTTTCTGTGCGGTTAGACT TGCTGATGGAGGACTTGTTTGCAATAAGAAGAGCAATGTTGATGGCTCATCAGTTGTAGTAAATGGTGTTTCAGATGTGC AAGCTCTTACTGACAATGACAATGATGATCATGTTTCCTTTTGGAATCCTTTACTATCAGGGTTGTCAAAACTAACTTCT GATCCGAGATCAGCTATCAGAAAGAGTTCTTTGGAGGTGCTTTTTAACATTCTGAAGGATCATGGTCATCTATTCTCATG CAATTTTTGGAATAACATTTTCTGTTCTGTTATATTCCCTATATATAACTCAGTATCTGGAAAGAATGATATGAATCTCC TAGTGGATCATAGTTCACCATCTTCAGTATCTGCACATTCTGAAGGAAGCACATGGGATTCTGAGACTTCTTCAGTAGCA GCAGAATGTTTAATAGATTTATTTGTCACCTTCTTTGGGATGGTGAGGTCTCAGCTACCAGGTGTGGTGTCAGTATTGAC AGGGTTCATTAGGAGTCCTGTACAGGGTCCAGCTAGTACTGGAGTTTCTGAATTAGTGCGTCTCACTGGTGACCTTGGTA ACAAGCTTTCAGAAGAAGAATGGAAAAGTATTTTTCTATGTTTGAAAGATGCAGCTACATCAACTGTGCCAGGATACATG AAGGTCTTGAAAACCATGAATAATCTTGAGGTGCCCAAAATTTCAGAGTCTTCTACTTACCTGGAAAGATCTTCTGATCA TGACTTGACAAATGATGAGTTTGATGATGACAATCTGCAAATGGCCACATACGTCGTGTCAAGAACCAAGAACCATATTG CTATGCAGCTACTTATTTTACAGGTTGCAACTGATATGTACAAAAGGCACCAGCAATCCATATCAGCAGCCAACATCAAA CTCCTTATTGAATTATATTCATCTATTGCTTTCCATGCTCGACAATTGAACAGAGAGTCAATCCTGCTGAAGAAGTTGCA GAAAGCGTGCTCCATCCTAGAACTATCTGCCCCGCCTGTGGTTCATTTTGAAAATGAGTCCTTCCAGAATCACCTCAACT TTCTACAAAATTTGCATGTCCAACATGTTGTGCATGATGAAATAGACCTAGAACAAGAGTTAGTAGCAGTATGTGAAAAT GTGTTGGACATATACCTAAATTGTGCTGGTCCGGTATCCGCATTTCACAAGTCAGATACCCTGCCAGTGCCACGTCGAAA GCTCCCTTTGAGCTCAGCAAAGAAAGAGGAAATAGCTGCTAGGACATCTCTAGTCATCTCAGCATTGCAAGGGTTGGCTG GTCTGGAAAAGGATTCATTCAGGAGGTATATTCCTCGGTTCTTTCACTTATTGGTAGATCTTGTGAGGAGCGAACACACC TCTGGAGAAGTTCAGCTTGTCCTCAGTAATATGTTTCGTTCATCTGTAGGCCCAATTATAATGGAATGA
Protein sequence (LotjaGi1g1v0000200.4) extracted from Lotus japonicus Gifu v1.2 Proteins.
MGEWMDHQMSLGDSYLAKSPESCSITESNLTLNGEEGNASDHELHPDVNSEFSDAAMLEQRRAFKIELQKGISLFNRKPS KGIEFLISSKKIGGSPEEVALFLKNTGGLDQTKIGDYLGERDEFSLKVMHAYVDSFNFNGIDFGEAIRFFLQGFRLPGEA QKIDRIMEKFAERYCKCSPSSFSSADTAYVLAYSVIMLNTDAHNNMVTDKMTKADFIRNNRGIDNGKDLSEEYLGALYDQ IVQNEIKMNADSSAPQGKQANSFNRLLGLEGILNLVNWKQSEEKAVGANGLLIRHIQEQFKSQSRKSESAYHVVTDVAIL RFMVEVCWGPMLAAFSVTLDQSDDRVATSQCLQGFRHAVHVTAVMGMQTQRDAFVTSVAKFTYLHCAGDMKQKNVDAVKG IISIAIEDGDHLQEAWEHILTCLSRIEHLQLLGEGAPSDATFLTSSNFESEEKAPKTLGLSSFKKGTLQNLAMVAVVRGS SYDSTSVGVNASALVTPEQINNFISNLNILDQIGNFELNHVFAHSQRLNGEAIVAFVRALCKVSISELQSPTDPRVFGLT KIVEIAHYNMNRIRLVWSRMWNVLSDFFVSVGLSENLSVAIFAIDSLRQLAVKFLEREELANYNFQNEFLRPFVIVMQKS NSTEIKELIVRCISQMVLSRVSNVKSGWKSVFMVFTAAAADERKNIVLLAFETMEKIVREFFPYITETETTTFTDCVQCL LTFTNSRFNSDVSLNAIAFLRFCAVRLADGGLVCNKKSNVDGSSVVVNGVSDVQALTDNDNDDHVSFWNPLLSGLSKLTS DPRSAIRKSSLEVLFNILKDHGHLFSCNFWNNIFCSVIFPIYNSVSGKNDMNLLVDHSSPSSVSAHSEGSTWDSETSSVA AECLIDLFVTFFGMVRSQLPGVVSVLTGFIRSPVQGPASTGVSELVRLTGDLGNKLSEEEWKSIFLCLKDAATSTVPGYM KVLKTMNNLEVPKISESSTYLERSSDHDLTNDEFDDDNLQMATYVVSRTKNHIAMQLLILQVATDMYKRHQQSISAANIK LLIELYSSIAFHARQLNRESILLKKLQKACSILELSAPPVVHFENESFQNHLNFLQNLHVQHVVHDEIDLEQELVAVCEN VLDIYLNCAGPVSAFHKSDTLPVPRRKLPLSSAKKEEIAARTSLVISALQGLAGLEKDSFRRYIPRFFHLLVDLVRSEHT SGEVQLVLSNMFRSSVGPIIME
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 | 1213 | 1213 | 0.0 | – | |
| PANTHER | 1 | 1213 | 1213 | 0.0 | – | |
| ProSiteProfiles | 57 | 244 | 188 | 44.157 | ||
| Gene3D | 58 | 138 | 81 | 1.1E-27 | – | |
| SUPERFAMILY | 61 | 252 | 192 | 1.57E-74 | ||
| SMART | 61 | 246 | 186 | 6.2E-94 | ||
| CDD | 65 | 246 | 182 | 6.91861E-84 | ||
| Pfam | 65 | 246 | 182 | 5.0E-72 | ||
| Gene3D | 139 | 259 | 121 | 5.7E-51 | ||
| SUPERFAMILY | 557 | 1213 | 657 | 2.22E-13 | ||
| Pfam | 613 | 695 | 83 | 6.0E-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 LotjaGi1g1v0000200.4, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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