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| Field | Value |
|---|---|
| Gene ID | LotjaGi5g1v0173300 |
| Transcript ID | LotjaGi5g1v0173300.6 |
| Related isoforms 6 | |
| Lotus japonicus genome version | Gifu v1.2 |
| Description | WD repeat and FYVE domain-containing protein 3; TAIR: AT1G03060.1 BEACH-DOMAIN HOMOLOG A1; Swiss-Prot: sp|F4HZB2|BCHA1_ARATH Protein SPIRRIG; TrEMBL-Plants: tr|G7ICR2|G7ICR2_MEDTR Beige/BEACH and WD40 domain protein; Found in the gene: LotjaGi5g1v0173300 |
| Working Lj name | n.a. |
Genomic sequence (LjG1.1_chr5:44291843..44302998) extracted from Lotus japonicus Gifu genome v1.2.
ATGGCTGGTTTTCCTTCTTCTTTGCAAGAGATAATCTTGAAAATTCTTGAGTATGCTGTGACTGTTGTAAATTGTGTTCC TGAGCAAGAATTACTTTCACTTTGCTGCTTATTGCAGCAACCAATTACATCTGAGTTGAAGCAGACAATACTTTCGTTCT TCGTAAAACTCTTGTCCTTTGACCAACAGTACAAGAAAGTTTTGCGAGAAGTTGGTATTTTGGAAGTTATGTTAGATGAT TTGAAGCAACACAGGATTTTGAGTCCAGATCAACAGAATGTCAACTCCAACCAGTTGGATAAGAAAAACGGCTCAAGCAG CTTCAAGAAGCATCTGGGCAATAAGGATGTTATTATTACTTCACCCAAGCTTATGGAATCAGGTTCTGGGAAATTCCCTA TTTTTGACGTTGAAGGTACTATTGCCATTGCATGGGACTGCATGGTATCTTTATTGAAGAAAGCTGAGGGTAATCAAGCT GCATTTCGCTCAGCTAGTGGTGTGACTGCCATGCTACCTTTTCTGGTGTCTGATGTGCATCGTCCTGGGGTCCTCAGGAT ATTATCATGTCTTATAATTGAAGATACCTCACAGGTTTGTTGACTTTAAAATTTTCTGAATTTTAAATTTTGGTTGTTTG TAGATTAAATATAATAAGCTTGTTATTAAATATTAATCAGAAAAAAGATTATTCTTGAATGCACTAATGTCTCGGAGTGC ATCCTTCATTCCTTCCTGTAAGATTACTCATGTTGTGTTATTTCTCACTTGAAATCATCAAGTTAATTATCTGATTATAA CTTCTACCAGGTTCATTCCGAAGAGTTAGGTGTGTTGGTTGAAATTTTGAAAAGTGGAATGGTGACCAGTGCTTTGGGAT CCCAATACCGGCTTTCCCATGATGCAATATGTGACACAATGGGAGCATTGTGGCGGATCCTTGGAGTTAATAACTCTGCT CAGAAGATTTTTGGTGAAGCCACCGGTTTTTCTCTTTTGCTTACTACACTCCATGGGTTCCAAAGTGATGGTGGGGACTT TGACCAATCTTCATTGAATGTTTACATAAAGGTTCTAACATATTTGTTGCGTGTTGTGACTGCTGGAGTGTCAGACAATG CTGTTAATAGAATGAAGCTTCATGCAATTATATCATCACAAACTTTCTTTGATCTTCTATGTGAGTCTGGCTTACTTTGT GTTGAGCATGAAAAACAAGTCATCCAGTTGATGTTGGAGCTTGCCCTTGAAATAGTGATTCCACCTTTCTTAGCATCAGA GGGTTTGACAAAATCAAATACAATCGAGAATGAGTCTTCTCATTATCTTTTACTGACTCCATCAGGTCCAATTAATCCTG ATAAAGAGCGAGTGTACAATGCTGGGGCTATTAAGATTCTGATTCGCTCATTGTTGCTGTTTACTCCTATGGTGCAGCTA AAACTTTTAGAGTTAATTGAAAAGTTGGCTCGTGCTGGCCCTTTTAATCAGGAAAGCCTCACCTCCGTAGGTATGTATTA CATTGTGTGGTTTAATTTGCTTTTCTTAAATGCTCAGTGCTCAATTGATTTTTTCGGGTATCTATAGGTTGTGTGGAACT TTTGCTGGAGACAGTCCACCCTTTTCTACTTGGTTCATCTTCATTACTTTCTTATGCATTGAGGATTGTGGAAGTCCTTG GTTCCTACAGGTAGGATGCTTATCTTTATTTACTGTTGTCTAAAAGCTAATGCATCCATTTAATCTGCTCCTCTTTTTAT ATTTGAATAACAATATGTTTCTGTTGATTAGGCTATCTGCATCTGAATTTGGCATGCTCATCAGATACGTTCTGCAAATG AGGATGAAAATTTCTGGTAATATGATTGTGGAAATGATGGAAAAATTAATTCTGATGGAAGATATGGCCTCAGAAAATAT CTCCCTAGCACCGTTTATGGAGATGGATATGAGCAAGATTGGGCATGCTGCTATTCAGGTTTCATTGGGTGAAAGATCAT GGCCTCCAGCTGCTGGTTATTCATTTGTTTGTTGGTTCCAGTTCCAAAATTTTTTAAAATCACAATCAAAAGACACTGAC CCTTCAAAATGTGTCCCTTCCAAGAAGCGCTCTGGCTCAAATGCACTGCATGAGCGACATATCTTAAGGATATTTTCTGT TGGTGCTACTAACAACGATGATGCAACCTATGCTGAACTTTATCTACAGGAGGATGGTGTTCTAACACTTGCAACCAGCA ACTCTTCATTCTTATCATTTTCTGGTTTAGAACTTGAGGAAGGACGGTGGCATCATCTTGCAGTAATTCACAGCAAACCA AATGCTCTTGCTGGGCTGTTTCAAGCTAGTGTTGCATATGTTTATCTAAATGGAAAACTTAGACACACTGGAAAATTAGG ATATTCACCCTCCCCACCTGGTAAACCACTGCAAGTCACAATCGGTACATCAGTTGGAAAGGCTAGAGTCAGCGACTTTA AATGGAAACTACGCTCTTGCTATCTTTTTGAGGAAGTGCTTACACCAGGCTGTATATGTTTTATGTATATACTTGGTAGA GGATATAGAGGACTCTTCCAGGACACAGATCTTCTGCAATTCGTACCTAACCAGGCTTGTGGTGGTGGTAGTATGGCCAT ATTAGATTCTTTAGATGCTGATTTGACTTTGGTTGCTAATGGTCAGAGAGTGGATGCTACCAGCAGGCAGGGAGATCTAA AGGCAGATGGGAGTGGAATTGTCTGGGATTTGGAGAGACTTGGAAACCTTTCTTTACAGCTTGCAGGAAAGAAGCTAATT TTTGCATTTGATGGAACTTCGACTGAATTTATTCGGTCGTCAGGTAGTTTTTCAGTGCTCAATCTGGTTGATCCTATGTC AGCTGCTGCTTCTCCTATTGGAGGTGTGTAACTTAATTTAAGAAGTTACATCTTTATTTTCTTTCTCCTACTGGATTTGC TTCTTCAATCTCAGTTTTATTGTCATTTTGGTCATTGCAGGTATTCCACGTTTTGGACGTCTGTGTGGAGATATTTATAT CTGCAAGCATGGTGTGATTGGAGAGACTATCCGTTCTATTGGTGGAATGGAACTTGTCCTTGCTCTTGTTGAAGCTGCAG AAACTAGGGATATGCTGCATATGGCCTTGACTCTACTTGCTTGTGCGCTTCATCAAAATCCTCAGAATCTTAAGGACATG CAAACATATAGGGGCTACCATCTGCTTGCTCTTTTTCTCCGCCGTAGAATGTCATTATTTGACATGCAGTCTCTTGAGAT CTTCTTTCAGATTGCTGCTTGTGAAGCATCATTTTCTGAGCCCAAAAAGTTGGAAACTACTCAAACTACTTTGTCCCCTG CAGCATCTCTGCAGGAAGGCAGTCTTGAGGATAATTTTTTGTCAAAGTTTAATGATGAGAGTTCTTCTATTGGCTCTCAT GGAGACATGGATGATTTTTCTGTACAAAAGGATTCATTTAGTCATATTTCAGAGCTGGAAAATACTGATATTGCTGCTGA AACTTCGAATTGCGTTGTCTTGTCAAATGCTGACATGGTTGAACATGTCTTACTGGATTGGACATTGTGGGTAACAGCCT CGGTTTCAATCCAAATTTCATTACTTGGATTTCTTGAAAATTTAGTGTCCATGCATTGGTACAGAAATCATAATCTTACA GTTTTGCGGCGAATTAACCTTGTTCAACATTTACTAGTGACGTTGCAAAGGGGTGATGTTGAAGTTTCTGTCCTCGAAAA ATTGGTTGTGTTGCTTGGGGTCATTCTGGAAGATGGTTTTCTATCTTCCGAGCTTGAAAATGTGGTCAGATTTGTGATTA TGACATTTGATCCACCAGGGTTGGTGCCACAACGCCCAATTATGAGAGAGTCAATGGGGAAACATGTAATTGTCAGAAAT ATGTTACTAGAGATGCTCATTGATCTACAAGTCACTATTAAATCAGAAGAGTTGCTTGAGCAATGGCATAAAGTTGTTTC TTCGAAGTTAATTACATATTTTCTTGATGAAGCAGTTCATCCCACAAGTATGAGATGGATCATGACTCTACTTGGTGTGT GTCTTACGTCCTCTCCAACATTTGCACTTAAATTTCGCACTGGTGGAGGTTATCAAGGTTTAGTTCGGGTGCTCCCCAGT TTCTATGATTCCCCAGACATCTATTATATTTTGTTCTGTTTGATATTTGGCAAGCCAGTTTATCCTAGGTTACCAGAGGT CCGCATGTTGGACTTTCACGCCCTTATGCCAAGTGATGGAAGTTATATAGAACTTAAGTTTGTCGAATTGTTGGATTCTG TGGTTGCTATGGCAAAAACTACTTTTGATAGAGTAAGCATGCAATCAATGCTTGCCCACCAAACTGGTAACCTTTCCCAG GTTGGTGCAAGCCTTGTAGCTGAGCTTGTAGAGGGAAATTCAGACATGGCTGGTGAGCTTCAGGGGGAGGCTCTGATGCA CAAGACATATGCCGCTCGCCTTATGGGTGGTGAGGCATCAGCCCCTGCTGCTGCAACTTCAGTTCTAAGATTTATGGTCG ATCTCGCGAAAATGTGTCCCCCTTTTACTACTGTTTGTAGACGTGCAGAATTTCTTGAGAGCTGCATTGACCTGTATTTT TCTTGTGTGAGGTTTGTTTTGATATGACCTCTTTGCATCTATTTCCATTCTCTTTGATATCCTTGCTATAATCACAGGTT GACTGACTGCTGACGTTGCATTACATGAAATGGGTGCTTTTTATTGAACTAAATATTTTGTGATTACAGGGCTGCCCATG CTGTTAAAATGGCTAAAGAACTCTCCTCAGTCACAGAAGAAAAAACCTTGATTGATGGTGATGATACTTGCAGTTCCCAA AATACATTTTCTAGCTTGCCACTTGATCAGGATCAGTCTGTTAAAACATCTATCAGTCTTGGAAGCTTTCCTCAAGGGCA GGTAAGTACAAGTTCTGATGATATGGCTGCACCAGGAAATTCTATGGCTGGGGAGAGATCAGAGAATAATGTTACTGCAT CTGAGCTGGAGTCAAATAGATCTGTCCGTGACGCTATACGAACTGCTCAGAGCTTGGATGGTGATAATGCTGATCAAGGA TCTGTTGCTTCCAGTGCACATGAATTCAGCTTTCGCAGTATCAAAGGCAATTTGGAAATTACACTGCCAACAGATTCTCA GAGTGCTGCATCTTATACTGTGCTGGACAGTCCTGCCTTTTCAGAAAAGTCCAGTTCTAGAATTCCCCTTACACCTTCTT CATCACCAGTTGTTGCATTGGCATCTTGGCTTGGAAGTGCAAATCATAATGAAGCAAAATCTCCCTTAACTGCTACTCCT TCTTTTGATTCTTCCATGTCAGCCTGGGAGTTTGATCCATCTTCAAACCTGAAGTCTAGTTCTCAAGGGCCATCTGCCGC TAATAATTTCATTGCTGTAACATCAAAGATGCTTTTGGATATAGATGATTCAGGATATGGGGGTGGTCCTTGTTCTGCAG GAGCTACTGCGGTTTTGGATTTCATTGCAGAAGTCCTTGCTGATTTTATGACGGAGCAGGTGAAAGCATCACAGCTCATA GAGAACATCTTGGAAAGTGTTCCTCTTTATGCTGATAGTGAATCTGTGTTGGTTTTCCAAGGCCTATGCCTTAGTAGATT TATAAACTTCCTTGAAAGACGACTATTGCGTGATGATGAAGAAGAAGAGAAAAAATTGGATAAGATTCGCTGGTCTTCAA ATTTAGATGCTTTGTGCTGGATGATAGTGGATCGTGTATACATGGGTGCATTTCCTCAGCCTTCAGGGGTACTAAAAACT CTGGAGTTCTTGTTGTCAATGTTACAATTGTCCAACAAAGATGGTAGAATTGAAGAAGCTGCTCCTGCTGGAAAGAGGCT CTTATCAATTTCAAGAGGAAGTAAGCAACTTGAGGCTTATATTCATTCGATTCTTAAAAACACTAATCGAATGATATTAT ATTGCTTCCTTCCATCATTTTTAGTCAGCATAGGGGAAGATGATCTTCTTTCACAGTTGGGTTTGCTCACTGAATCTAAA AAGAGATTATCCGCAACTTCCCCTCAAGATGATTCAGGAATTGACATATGCACAGTCTTGCAATTATTGGTTGCTCATAG AAGAATTATATTCTGTCCCAGCAATACCGATACAGATCTTAATTGCTGTTTATCTATGAATCTAATAGCTCTTCTCGGTG ATAGAAGACAAAATGTACAGAATAATGCCATTGATGTGTTTAAGTATCTTCTGGTACATAGGAGAGCTGCATTAGAAGAC TTACTTATTTCTAAGCCAAATCAAGGGCAGCAACTTGATGTGCTTCATGGTGGTTTTGATAAATTATTGACTAGAAGTCT ATCTGAGTTTTTTGAGTGGCATCAGAATTCTGAACAAACTGTGAATAAGGTATTGGAGCAGTGTGCTGGAATTATGTGGG TGCAGTATATTGCAGGATCAGCAAAGTTTCCAGGAGTAAGAATCAAAGGGATGGAGGGTCGTCGTAAGAGGGAAGTGGGA AGGAAATCTCGAGATGCTGCAAAATTGGACTTACGACACTGGGAGCAGGTAAATGAGCGAAGATATGCACTGGATTTAGT TCGTGATGCAATGTCCACTGAGTTGAGAGTTGTTAGGCAGGATAAGTATGGGTGGATTCTACATGCTGAGAGTGAGTGGC AATGCCATCTGCAGCAGCTTGTGCATGAACGTGGAATATTCCCTCTCAGTAAACCCTCTTTGACAGAAGAGCCAGAATGG CAACTTTGTCCTATTGAAGGTCCGTATCGAATGCGGAAAAAACTTGAGTGCTGCAAACCTAAAATTGACACCATACAAAA TATTCTTGATGGACAGTTTGAATTAGAGAAACCAGAGTTGTCTAGAGGAAAAATTGAAAATGGTTCTGATGAATCAGATT CTAAACCTTATTTTCAACTCTTGGCTGATGGGGGCAAACAAAATGTTTCTGGTGGTGAGCTGTTTGAACCGTACTTCAAT AAGTTGGGTGGTGTCCAAGATACAGTTTCTGAGAAGAATGAGTGGAATGATGACAAGGCTAGTAGCATCAATGAAGCAAG CCTCCATTCTGCACTTGAGCTAGGTGCCAAATCTAGTACAGTATCAGTTCCCATAGAAGAAAGCACACAAGGAAGATCTG ATATGGGATCTCCAAGGCAATCTTCCTCTGTGAAAGTTGATGATGTTATAGTTGCTGATGATAAGTCTGATAAAGAACTG AATGATAATGGTGAATACTTAATCAGACCATTTCTCGAGCCATTTGAGAAAATCCGATTTAAATATAACTGTGAACGGGT TGTAGGTCTGGACAAACATGATGGTATATTCCTGATAGGTGAATTCTGTTTGTATGTGATAGAAAACTTCTATATTGATG ACTCTGGTTGTTTTTGTGAGAAGGATTGTGAAGATGAACTGTCAGTTATTGATCAGGCTTTGGGTGTCAAGAAAGACGTT ACTGGCAGTGTAGATTTTCAATCCAAATCAACTTTGTCATGGAGCACAACAGCTAAGTCATTGGTTGGGGGTAGGGCATG GGCCTATAGTGGTGGCGCTTGGGGCAAGGAGAAAGTACATAGCACTGGAAACTTACCTCATCCTTGGCGCATGTGGAAAC TTGATAGTGTTCATGAGATTTTGAAGCGTGATTACCAGCTTCGTCCTGTTGCTATTGAAATATTTAGCATGGATGGATTT AATGATCTTTTGGTCTTCCACAAAAAAGAGAGAGAAGAAGTTTTTAAAAATCTAGTTGCCATAAATCTTCCACGGAATAG CATGTAAGTTTTATTTCCATTGGATTTAATTGTTGACTGCATTTCGCTGTCAGTTCGCTCAATGTTTTTAATATTTTTAG CTATTGCTAGTAGCTTAATGCTTTTGATGTTATTGTTAGTTTGTGATATTAGCACTTGCGGAAATATTATGAGTTGTAGC TTAAAATATCTAAGGACTTGAAATATGTGCAATGACTCAAGTGCTGCTTTTCTTCTTTAGGTGCTTCAGTTTTGGGCCTC ACAGCTGTGTGTGCTCCCATTTTTTTAACTTCTGTTTTTGAACCTAATCAATCTGCACTGTATCAGGTTGGACAAAACTA TTTCAGGATCATCAAAACAAGAAAGCAATGAGGGTAGCCGTCTTTTCAAGACAATGGCAAAATCCTTTTCAAAGAGGTGG CAAAATGGAGAAATAAGCAATTTCCAGTACCTCATGCATCTTAACACATTGGCTGGACGTGGTTATAGTGATCTTACCCA ATATCCAGTATTCCCATGGGTCCTTGCGGATTATGAGAGTAAGAATCTTGATTTTTCCAACCCAAAAACATTTCGCAGGC TTGATAAACCAATGGGATGTCAGACACCTGAAGGTGAAGATGAATTTATAAAAAGGTGGGTCTTTGAATGTGGTCATTAT TTTGTCTCTTGTTGCGGTTTTTCTTTGGTCATACATGATGTGTTGTTTTTCCTGGGGTTTAATTTTTAAATATTTAGCTT GAGTTCCAAGAAGCATTCAGACAAAATGTTTATCCATTTGAGCATAATTAAAAAGATGGTGCTTAAACTTATGTTGTAAT ATTCAAGAACGAAATATCAGAACAATATTTGAATTCGTAAGGAAATTATTCATAGGTTTATACACTTTACCTGAGTTAAG ATGTTATAATAATTATAAGAAAACAGAGAATTATAGCCATGCACCTGATCTTAGAAGTTAGTTCCCTCTTCTTCTGATCT ATCATCTCATTAACTTTGATCATATTTTATTAGATACGAGAGCTGGGATGATCCAGAGGTCCCAAAGTTTCATTATGGAT CCCATTATTCAAGTGCTGGAATTGTTCTATTCTATCTTCTTCGTCTGCCGCCTTTTAGTGCAGAGAATCAAAAACTACAG GGTGGCCAGTTTGACCATGCTGATCGCCTTTTCAATAGTGTAAGGGATACATGGTTCAGTGCTGCTGGGAAGGGAAATAC TTCTGATGTGAAGGAACTGATTCCAGAATTTTTCTACGTGCCTGAGTTCTTGGAGAATCGATTCAACCTTGACTTGGGAG AGAAACAGTCCGGCGAGAAGGTTATCCTAGTGCTAACATATATTTGCTAATTTTAAGTCTCCATGAACCAAAATGCAGGT TAATTTACTAATAAATTTGATTACTCTGGTGTTTCTCAGGTTGGGGATGTTATCCTTCCTCCATGGGCAAAAGGTAGTCC TCGGGAGTTCATTAATAGGCATAGGGAAGCCCTTGAATCTGATTATGTCTCAGAAAATTTGCACCACTGGATAGACCTCA TTTTTGGCTTTAAGCAAAGAGGGAAGGTGGGTGTCAGCTTTCGCTGTATAGATACGGCTGTCCTTGTTTATCTGTTCTTG TATTTTCTGAACCTTATTATTGTATTGCTAAACTTGTCATGCTTGTTTACTGTTAAATGTTTAGATCTACAATCTTGTGG CTCCTACTTTAATCATTTAGTAGAAGGCTCTTATCTTGTTAGTCGTGGTAGATGACCGTGAGAGACTCCCATGATGAAAG ATGTCTTTATGCCTTATTTTATTTTCAATGCAGGGGAAGATAATGATTTTATCTCTAGCACTGTACAGCTTTCTGTATAA TTCTGTCATTTGTCTTAATGTGCTACATTAGCTCTGATTTTCATCCATGTTTTGGCCTGTTAAATCATGCAATCCTGCCC ATGGGGCATGGCACTTGATTTTGACCACCTTGGTATTGAAGTGGGCACTAATCTTTTATTACTCATTGATTAAATCCTTA GCTAAAAGTTGTGGTTATTTCATCACTTGCATTTCCACATTGCAACTAAAATTTATTGATGACTAGGTTAATAAATATGC CTTCAGGAATACTTCCTCTCCTGTTCCTAATATCTATTCTTTCTGTACCATGGACAGGCTGCTGAAGAAGCAGTTAATGT GTTCTATCACTACACCTATGAAGGGAGTGTGGACATAGACTCAGTCACAGACCCTGCAATGAAAGCATCCATTTTAGCAC AAATTAATCATTTTGGGCAGACGCCAAAGCAATTGTTCCTCAAGCCCCATGTGAAAAGGCGGATTGACAGAAAACTTCCT CCCCATCCCCTTAAACATTCCAGTCATCTTGCTTCACATGAGATTCGCAAAAGTTCTTCACCTATCACTCAAATTGTTAG TCTCAACGATAAAATTCTCATTGCAGGAACAAACAATTTGCTTAAACCGAGAACATATACCAAATATGTTGCTTGGGGCT TTCCTGATCGTAGTTTGAGATTTTTGAGCTATGACCAAGATAGACTTATTTCAACACATGAAAATTTACATGGAGGTAAT CAAATTCAGTGTGCTAGTGTTAGCCATGATGGTCAGATTCTTGTTACTGGGGCTGATGATGGTCTAGTTAATGTTTGGAG AGTTACTAAGTTTGGGCCCCGTGCCATAAGGCGCTTGAAACTGGAGAAGCCACTTTGTGGGCATACAGCCAGAATCACAT GCCTTCAAGTTAGCCAGCCTTACATGCTTATTGTGAGTGGATCGGATGATTGCACAGTTATTATATGGGATCTCAGTTCC ATGGCATTTGTACGGCAGCTCCCAGAATTCCCAGCACCTGTTTCAGCAGTTTTTGTTAATGACTTGTCGGGAGAAATTGT TACAGCAGCTGGTATTCTTCTTGCAGTTTGGAGTATCAATGGGGATTGTCTGGCAATGATCTACACATCACAACTTCCAT CTGATTCTATTCTCTCAGTAACTGGAAGTACAATTTCTGATTGGCAGGACACGATGTGGTATGCAACAGGTCATCAGAGT GGAGCTGTAAAAGTGTGGCAAATGGTTCACTGCTCTGACCCAGATAGCTCCCTCAGCAAATCAGGTTCTGGTGGGTTGGC AGGGTTAAATTTTGGTACAAAAGAACCAGAATACAAATTGATCCTGCGCAAAGTACTTAAGTTCCATAAACATCCTGTTA CTGCCCTGCACCTCTCGGCCGATCTGAAACAGTTTTTGAGTGGGGATTCGGGTGGGCATTTGCTTTCATGGACACTACCG GATGAGAGTCTGCGAGGTTCATTGAATCAGGGGTGA
CDS sequence (LotjaGi5g1v0173300.6) extracted from Lotus japonicus Gifu v1.2 CDS.
ATGGCTGGTTTTCCTTCTTCTTTGCAAGAGATAATCTTGAAAATTCTTGAGTATGCTGTGACTGTTGTAAATTGTGTTCC TGAGCAAGAATTACTTTCACTTTGCTGCTTATTGCAGCAACCAATTACATCTGAGTTGAAGCAGACAATACTTTCGTTCT TCGTAAAACTCTTGTCCTTTGACCAACAGTACAAGAAAGTTTTGCGAGAAGTTGGTATTTTGGAAGTTATGTTAGATGAT TTGAAGCAACACAGGATTTTGAGTCCAGATCAACAGAATGTCAACTCCAACCAGTTGGATAAGAAAAACGGCTCAAGCAG CTTCAAGAAGCATCTGGGCAATAAGGATGTTATTATTACTTCACCCAAGCTTATGGAATCAGGTTCTGGGAAATTCCCTA TTTTTGACGTTGAAGGTACTATTGCCATTGCATGGGACTGCATGGTATCTTTATTGAAGAAAGCTGAGGGTAATCAAGCT GCATTTCGCTCAGCTAGTGGTGTGACTGCCATGCTACCTTTTCTGGTGTCTGATGTGCATCGTCCTGGGGTCCTCAGGAT ATTATCATGTCTTATAATTGAAGATACCTCACAGGTTCATTCCGAAGAGTTAGGTGTGTTGGTTGAAATTTTGAAAAGTG GAATGGTGACCAGTGCTTTGGGATCCCAATACCGGCTTTCCCATGATGCAATATGTGACACAATGGGAGCATTGTGGCGG ATCCTTGGAGTTAATAACTCTGCTCAGAAGATTTTTGGTGAAGCCACCGGTTTTTCTCTTTTGCTTACTACACTCCATGG GTTCCAAAGTGATGGTGGGGACTTTGACCAATCTTCATTGAATGTTTACATAAAGGTTCTAACATATTTGTTGCGTGTTG TGACTGCTGGAGTGTCAGACAATGCTGTTAATAGAATGAAGCTTCATGCAATTATATCATCACAAACTTTCTTTGATCTT CTATGTGAGTCTGGCTTACTTTGTGTTGAGCATGAAAAACAAGTCATCCAGTTGATGTTGGAGCTTGCCCTTGAAATAGT GATTCCACCTTTCTTAGCATCAGAGGGTTTGACAAAATCAAATACAATCGAGAATGAGTCTTCTCATTATCTTTTACTGA CTCCATCAGGTCCAATTAATCCTGATAAAGAGCGAGTGTACAATGCTGGGGCTATTAAGATTCTGATTCGCTCATTGTTG CTGTTTACTCCTATGGTGCAGCTAAAACTTTTAGAGTTAATTGAAAAGTTGGCTCGTGCTGGCCCTTTTAATCAGGAAAG CCTCACCTCCGTAGGTTGTGTGGAACTTTTGCTGGAGACAGTCCACCCTTTTCTACTTGGTTCATCTTCATTACTTTCTT ATGCATTGAGGATTGTGGAAGTCCTTGGTTCCTACAGGCTATCTGCATCTGAATTTGGCATGCTCATCAGATACGTTCTG CAAATGAGGATGAAAATTTCTGGTAATATGATTGTGGAAATGATGGAAAAATTAATTCTGATGGAAGATATGGCCTCAGA AAATATCTCCCTAGCACCGTTTATGGAGATGGATATGAGCAAGATTGGGCATGCTGCTATTCAGGTTTCATTGGGTGAAA GATCATGGCCTCCAGCTGCTGGTTATTCATTTGTTTGTTGGTTCCAGTTCCAAAATTTTTTAAAATCACAATCAAAAGAC ACTGACCCTTCAAAATGTGTCCCTTCCAAGAAGCGCTCTGGCTCAAATGCACTGCATGAGCGACATATCTTAAGGATATT TTCTGTTGGTGCTACTAACAACGATGATGCAACCTATGCTGAACTTTATCTACAGGAGGATGGTGTTCTAACACTTGCAA CCAGCAACTCTTCATTCTTATCATTTTCTGGTTTAGAACTTGAGGAAGGACGGTGGCATCATCTTGCAGTAATTCACAGC AAACCAAATGCTCTTGCTGGGCTGTTTCAAGCTAGTGTTGCATATGTTTATCTAAATGGAAAACTTAGACACACTGGAAA ATTAGGATATTCACCCTCCCCACCTGGTAAACCACTGCAAGTCACAATCGGTACATCAGTTGGAAAGGCTAGAGTCAGCG ACTTTAAATGGAAACTACGCTCTTGCTATCTTTTTGAGGAAGTGCTTACACCAGGCTGTATATGTTTTATGTATATACTT GGTAGAGGATATAGAGGACTCTTCCAGGACACAGATCTTCTGCAATTCGTACCTAACCAGGCTTGTGGTGGTGGTAGTAT GGCCATATTAGATTCTTTAGATGCTGATTTGACTTTGGTTGCTAATGGTCAGAGAGTGGATGCTACCAGCAGGCAGGGAG ATCTAAAGGCAGATGGGAGTGGAATTGTCTGGGATTTGGAGAGACTTGGAAACCTTTCTTTACAGCTTGCAGGAAAGAAG CTAATTTTTGCATTTGATGGAACTTCGACTGAATTTATTCGGTCGTCAGGTAGTTTTTCAGTGCTCAATCTGGTTGATCC TATGTCAGCTGCTGCTTCTCCTATTGGAGGTATTCCACGTTTTGGACGTCTGTGTGGAGATATTTATATCTGCAAGCATG GTGTGATTGGAGAGACTATCCGTTCTATTGGTGGAATGGAACTTGTCCTTGCTCTTGTTGAAGCTGCAGAAACTAGGGAT ATGCTGCATATGGCCTTGACTCTACTTGCTTGTGCGCTTCATCAAAATCCTCAGAATCTTAAGGACATGCAAACATATAG GGGCTACCATCTGCTTGCTCTTTTTCTCCGCCGTAGAATGTCATTATTTGACATGCAGTCTCTTGAGATCTTCTTTCAGA TTGCTGCTTGTGAAGCATCATTTTCTGAGCCCAAAAAGTTGGAAACTACTCAAACTACTTTGTCCCCTGCAGCATCTCTG CAGGAAGGCAGTCTTGAGGATAATTTTTTGTCAAAGTTTAATGATGAGAGTTCTTCTATTGGCTCTCATGGAGACATGGA TGATTTTTCTGTACAAAAGGATTCATTTAGTCATATTTCAGAGCTGGAAAATACTGATATTGCTGCTGAAACTTCGAATT GCGTTGTCTTGTCAAATGCTGACATGGTTGAACATGTCTTACTGGATTGGACATTGTGGGTAACAGCCTCGGTTTCAATC CAAATTTCATTACTTGGATTTCTTGAAAATTTAGTGTCCATGCATTGGTACAGAAATCATAATCTTACAGTTTTGCGGCG AATTAACCTTGTTCAACATTTACTAGTGACGTTGCAAAGGGGTGATGTTGAAGTTTCTGTCCTCGAAAAATTGGTTGTGT TGCTTGGGGTCATTCTGGAAGATGGTTTTCTATCTTCCGAGCTTGAAAATGTGGTCAGATTTGTGATTATGACATTTGAT CCACCAGGGTTGGTGCCACAACGCCCAATTATGAGAGAGTCAATGGGGAAACATGTAATTGTCAGAAATATGTTACTAGA GATGCTCATTGATCTACAAGTCACTATTAAATCAGAAGAGTTGCTTGAGCAATGGCATAAAGTTGTTTCTTCGAAGTTAA TTACATATTTTCTTGATGAAGCAGTTCATCCCACAAGTATGAGATGGATCATGACTCTACTTGGTGTGTGTCTTACGTCC TCTCCAACATTTGCACTTAAATTTCGCACTGGTGGAGGTTATCAAGGTTTAGTTCGGGTGCTCCCCAGTTTCTATGATTC CCCAGACATCTATTATATTTTGTTCTGTTTGATATTTGGCAAGCCAGTTTATCCTAGGTTACCAGAGGTCCGCATGTTGG ACTTTCACGCCCTTATGCCAAGTGATGGAAGTTATATAGAACTTAAGTTTGTCGAATTGTTGGATTCTGTGGTTGCTATG GCAAAAACTACTTTTGATAGAGTAAGCATGCAATCAATGCTTGCCCACCAAACTGGTAACCTTTCCCAGGTTGGTGCAAG CCTTGTAGCTGAGCTTGTAGAGGGAAATTCAGACATGGCTGGTGAGCTTCAGGGGGAGGCTCTGATGCACAAGACATATG CCGCTCGCCTTATGGGTGGTGAGGCATCAGCCCCTGCTGCTGCAACTTCAGTTCTAAGATTTATGGTCGATCTCGCGAAA ATGTGTCCCCCTTTTACTACTGTTTGTAGACGTGCAGAATTTCTTGAGAGCTGCATTGACCTGTATTTTTCTTGTGTGAG GGCTGCCCATGCTGTTAAAATGGCTAAAGAACTCTCCTCAGTCACAGAAGAAAAAACCTTGATTGATGGTGATGATACTT GCAGTTCCCAAAATACATTTTCTAGCTTGCCACTTGATCAGGATCAGTCTGTTAAAACATCTATCAGTCTTGGAAGCTTT CCTCAAGGGCAGGTAAGTACAAGTTCTGATGATATGGCTGCACCAGGAAATTCTATGGCTGGGGAGAGATCAGAGAATAA TGTTACTGCATCTGAGCTGGAGTCAAATAGATCTGTCCGTGACGCTATACGAACTGCTCAGAGCTTGGATGGTGATAATG CTGATCAAGGATCTGTTGCTTCCAGTGCACATGAATTCAGCTTTCGCAGTATCAAAGGCAATTTGGAAATTACACTGCCA ACAGATTCTCAGAGTGCTGCATCTTATACTGTGCTGGACAGTCCTGCCTTTTCAGAAAAGTCCAGTTCTAGAATTCCCCT TACACCTTCTTCATCACCAGTTGTTGCATTGGCATCTTGGCTTGGAAGTGCAAATCATAATGAAGCAAAATCTCCCTTAA CTGCTACTCCTTCTTTTGATTCTTCCATGTCAGCCTGGGAGTTTGATCCATCTTCAAACCTGAAGTCTAGTTCTCAAGGG CCATCTGCCGCTAATAATTTCATTGCTGTAACATCAAAGATGCTTTTGGATATAGATGATTCAGGATATGGGGGTGGTCC TTGTTCTGCAGGAGCTACTGCGGTTTTGGATTTCATTGCAGAAGTCCTTGCTGATTTTATGACGGAGCAGGTGAAAGCAT CACAGCTCATAGAGAACATCTTGGAAAGTGTTCCTCTTTATGCTGATAGTGAATCTGTGTTGGTTTTCCAAGGCCTATGC CTTAGTAGATTTATAAACTTCCTTGAAAGACGACTATTGCGTGATGATGAAGAAGAAGAGAAAAAATTGGATAAGATTCG CTGGTCTTCAAATTTAGATGCTTTGTGCTGGATGATAGTGGATCGTGTATACATGGGTGCATTTCCTCAGCCTTCAGGGG TACTAAAAACTCTGGAGTTCTTGTTGTCAATGTTACAATTGTCCAACAAAGATGGTAGAATTGAAGAAGCTGCTCCTGCT GGAAAGAGGCTCTTATCAATTTCAAGAGGAAGTAAGCAACTTGAGGCTTATATTCATTCGATTCTTAAAAACACTAATCG AATGATATTATATTGCTTCCTTCCATCATTTTTAGTCAGCATAGGGGAAGATGATCTTCTTTCACAGTTGGGTTTGCTCA CTGAATCTAAAAAGAGATTATCCGCAACTTCCCCTCAAGATGATTCAGGAATTGACATATGCACAGTCTTGCAATTATTG GTTGCTCATAGAAGAATTATATTCTGTCCCAGCAATACCGATACAGATCTTAATTGCTGTTTATCTATGAATCTAATAGC TCTTCTCGGTGATAGAAGACAAAATGTACAGAATAATGCCATTGATGTGTTTAAGTATCTTCTGGTACATAGGAGAGCTG CATTAGAAGACTTACTTATTTCTAAGCCAAATCAAGGGCAGCAACTTGATGTGCTTCATGGTGGTTTTGATAAATTATTG ACTAGAAGTCTATCTGAGTTTTTTGAGTGGCATCAGAATTCTGAACAAACTGTGAATAAGGTATTGGAGCAGTGTGCTGG AATTATGTGGGTGCAGTATATTGCAGGATCAGCAAAGTTTCCAGGAGTAAGAATCAAAGGGATGGAGGGTCGTCGTAAGA GGGAAGTGGGAAGGAAATCTCGAGATGCTGCAAAATTGGACTTACGACACTGGGAGCAGGTAAATGAGCGAAGATATGCA CTGGATTTAGTTCGTGATGCAATGTCCACTGAGTTGAGAGTTGTTAGGCAGGATAAGTATGGGTGGATTCTACATGCTGA GAGTGAGTGGCAATGCCATCTGCAGCAGCTTGTGCATGAACGTGGAATATTCCCTCTCAGTAAACCCTCTTTGACAGAAG AGCCAGAATGGCAACTTTGTCCTATTGAAGGTCCGTATCGAATGCGGAAAAAACTTGAGTGCTGCAAACCTAAAATTGAC ACCATACAAAATATTCTTGATGGACAGTTTGAATTAGAGAAACCAGAGTTGTCTAGAGGAAAAATTGAAAATGGTTCTGA TGAATCAGATTCTAAACCTTATTTTCAACTCTTGGCTGATGGGGGCAAACAAAATGTTTCTGGTGGTGAGCTGTTTGAAC CGTACTTCAATAAGTTGGGTGGTGTCCAAGATACAGTTTCTGAGAAGAATGAGTGGAATGATGACAAGGCTAGTAGCATC AATGAAGCAAGCCTCCATTCTGCACTTGAGCTAGGTGCCAAATCTAGTACAGTATCAGTTCCCATAGAAGAAAGCACACA AGGAAGATCTGATATGGGATCTCCAAGGCAATCTTCCTCTGTGAAAGTTGATGATGTTATAGTTGCTGATGATAAGTCTG ATAAAGAACTGAATGATAATGGTGAATACTTAATCAGACCATTTCTCGAGCCATTTGAGAAAATCCGATTTAAATATAAC TGTGAACGGGTTGTAGGTCTGGACAAACATGATGGTATATTCCTGATAGGTGAATTCTGTTTGTATGTGATAGAAAACTT CTATATTGATGACTCTGGTTGTTTTTGTGAGAAGGATTGTGAAGATGAACTGTCAGTTATTGATCAGGCTTTGGGTGTCA AGAAAGACGTTACTGGCAGTGTAGATTTTCAATCCAAATCAACTTTGTCATGGAGCACAACAGCTAAGTCATTGGTTGGG GGTAGGGCATGGGCCTATAGTGGTGGCGCTTGGGGCAAGGAGAAAGTACATAGCACTGGAAACTTACCTCATCCTTGGCG CATGTGGAAACTTGATAGTGTTCATGAGATTTTGAAGCGTGATTACCAGCTTCGTCCTGTTGCTATTGAAATATTTAGCA TGGATGGATTTAATGATCTTTTGGTCTTCCACAAAAAAGAGAGAGAAGAAGTTTTTAAAAATCTAGTTGCCATAAATCTT CCACGGAATAGCATGTTGGACAAAACTATTTCAGGATCATCAAAACAAGAAAGCAATGAGGGTAGCCGTCTTTTCAAGAC AATGGCAAAATCCTTTTCAAAGAGGTGGCAAAATGGAGAAATAAGCAATTTCCAGTACCTCATGCATCTTAACACATTGG CTGGACGTGGTTATAGTGATCTTACCCAATATCCAGTATTCCCATGGGTCCTTGCGGATTATGAGAGTAAGAATCTTGAT TTTTCCAACCCAAAAACATTTCGCAGGCTTGATAAACCAATGGGATGTCAGACACCTGAAGGTGAAGATGAATTTATAAA AAGATACGAGAGCTGGGATGATCCAGAGGTCCCAAAGTTTCATTATGGATCCCATTATTCAAGTGCTGGAATTGTTCTAT TCTATCTTCTTCGTCTGCCGCCTTTTAGTGCAGAGAATCAAAAACTACAGGGTGGCCAGTTTGACCATGCTGATCGCCTT TTCAATAGTGTAAGGGATACATGGTTCAGTGCTGCTGGGAAGGGAAATACTTCTGATGTGAAGGAACTGATTCCAGAATT TTTCTACGTGCCTGAGTTCTTGGAGAATCGATTCAACCTTGACTTGGGAGAGAAACAGTCCGGCGAGAAGGTTGGGGATG TTATCCTTCCTCCATGGGCAAAAGGTAGTCCTCGGGAGTTCATTAATAGGCATAGGGAAGCCCTTGAATCTGATTATGTC TCAGAAAATTTGCACCACTGGATAGACCTCATTTTTGGCTTTAAGCAAAGAGGGAAGGCTGCTGAAGAAGCAGTTAATGT GTTCTATCACTACACCTATGAAGGGAGTGTGGACATAGACTCAGTCACAGACCCTGCAATGAAAGCATCCATTTTAGCAC AAATTAATCATTTTGGGCAGACGCCAAAGCAATTGTTCCTCAAGCCCCATGTGAAAAGGCGGATTGACAGAAAACTTCCT CCCCATCCCCTTAAACATTCCAGTCATCTTGCTTCACATGAGATTCGCAAAAGTTCTTCACCTATCACTCAAATTGTTAG TCTCAACGATAAAATTCTCATTGCAGGAACAAACAATTTGCTTAAACCGAGAACATATACCAAATATGTTGCTTGGGGCT TTCCTGATCGTAGTTTGAGATTTTTGAGCTATGACCAAGATAGACTTATTTCAACACATGAAAATTTACATGGAGGTAAT CAAATTCAGTGTGCTAGTGTTAGCCATGATGGTCAGATTCTTGTTACTGGGGCTGATGATGGTCTAGTTAATGTTTGGAG AGTTACTAAGTTTGGGCCCCGTGCCATAAGGCGCTTGAAACTGGAGAAGCCACTTTGTGGGCATACAGCCAGAATCACAT GCCTTCAAGTTAGCCAGCCTTACATGCTTATTGTGAGTGGATCGGATGATTGCACAGTTATTATATGGGATCTCAGTTCC ATGGCATTTGTACGGCAGCTCCCAGAATTCCCAGCACCTGTTTCAGCAGTTTTTGTTAATGACTTGTCGGGAGAAATTGT TACAGCAGCTGGTATTCTTCTTGCAGTTTGGAGTATCAATGGGGATTGTCTGGCAATGATCTACACATCACAACTTCCAT CTGATTCTATTCTCTCAGTAACTGGAAGTACAATTTCTGATTGGCAGGACACGATGTGGTATGCAACAGGTCATCAGAGT GGAGCTGTAAAAGTGTGGCAAATGGTTCACTGCTCTGACCCAGATAGCTCCCTCAGCAAATCAGGTTCTGGTGGGTTGGC AGGGTTAAATTTTGGTACAAAAGAACCAGAATACAAATTGATCCTGCGCAAAGTACTTAAGTTCCATAAACATCCTGTTA CTGCCCTGCACCTCTCGGCCGATCTGAAACAGTTTTTGAGTGGGGATTCGGGTGGGCATTTGCTTTCATGGACACTACCG GATGAGAGTCTGCGAGGTTCATTGAATCAGGGGTGA
Protein sequence (LotjaGi5g1v0173300.6) extracted from Lotus japonicus Gifu v1.2 Proteins.
MAGFPSSLQEIILKILEYAVTVVNCVPEQELLSLCCLLQQPITSELKQTILSFFVKLLSFDQQYKKVLREVGILEVMLDD LKQHRILSPDQQNVNSNQLDKKNGSSSFKKHLGNKDVIITSPKLMESGSGKFPIFDVEGTIAIAWDCMVSLLKKAEGNQA AFRSASGVTAMLPFLVSDVHRPGVLRILSCLIIEDTSQVHSEELGVLVEILKSGMVTSALGSQYRLSHDAICDTMGALWR ILGVNNSAQKIFGEATGFSLLLTTLHGFQSDGGDFDQSSLNVYIKVLTYLLRVVTAGVSDNAVNRMKLHAIISSQTFFDL LCESGLLCVEHEKQVIQLMLELALEIVIPPFLASEGLTKSNTIENESSHYLLLTPSGPINPDKERVYNAGAIKILIRSLL LFTPMVQLKLLELIEKLARAGPFNQESLTSVGCVELLLETVHPFLLGSSSLLSYALRIVEVLGSYRLSASEFGMLIRYVL QMRMKISGNMIVEMMEKLILMEDMASENISLAPFMEMDMSKIGHAAIQVSLGERSWPPAAGYSFVCWFQFQNFLKSQSKD TDPSKCVPSKKRSGSNALHERHILRIFSVGATNNDDATYAELYLQEDGVLTLATSNSSFLSFSGLELEEGRWHHLAVIHS KPNALAGLFQASVAYVYLNGKLRHTGKLGYSPSPPGKPLQVTIGTSVGKARVSDFKWKLRSCYLFEEVLTPGCICFMYIL GRGYRGLFQDTDLLQFVPNQACGGGSMAILDSLDADLTLVANGQRVDATSRQGDLKADGSGIVWDLERLGNLSLQLAGKK LIFAFDGTSTEFIRSSGSFSVLNLVDPMSAAASPIGGIPRFGRLCGDIYICKHGVIGETIRSIGGMELVLALVEAAETRD MLHMALTLLACALHQNPQNLKDMQTYRGYHLLALFLRRRMSLFDMQSLEIFFQIAACEASFSEPKKLETTQTTLSPAASL QEGSLEDNFLSKFNDESSSIGSHGDMDDFSVQKDSFSHISELENTDIAAETSNCVVLSNADMVEHVLLDWTLWVTASVSI QISLLGFLENLVSMHWYRNHNLTVLRRINLVQHLLVTLQRGDVEVSVLEKLVVLLGVILEDGFLSSELENVVRFVIMTFD PPGLVPQRPIMRESMGKHVIVRNMLLEMLIDLQVTIKSEELLEQWHKVVSSKLITYFLDEAVHPTSMRWIMTLLGVCLTS SPTFALKFRTGGGYQGLVRVLPSFYDSPDIYYILFCLIFGKPVYPRLPEVRMLDFHALMPSDGSYIELKFVELLDSVVAM AKTTFDRVSMQSMLAHQTGNLSQVGASLVAELVEGNSDMAGELQGEALMHKTYAARLMGGEASAPAAATSVLRFMVDLAK MCPPFTTVCRRAEFLESCIDLYFSCVRAAHAVKMAKELSSVTEEKTLIDGDDTCSSQNTFSSLPLDQDQSVKTSISLGSF PQGQVSTSSDDMAAPGNSMAGERSENNVTASELESNRSVRDAIRTAQSLDGDNADQGSVASSAHEFSFRSIKGNLEITLP TDSQSAASYTVLDSPAFSEKSSSRIPLTPSSSPVVALASWLGSANHNEAKSPLTATPSFDSSMSAWEFDPSSNLKSSSQG PSAANNFIAVTSKMLLDIDDSGYGGGPCSAGATAVLDFIAEVLADFMTEQVKASQLIENILESVPLYADSESVLVFQGLC LSRFINFLERRLLRDDEEEEKKLDKIRWSSNLDALCWMIVDRVYMGAFPQPSGVLKTLEFLLSMLQLSNKDGRIEEAAPA GKRLLSISRGSKQLEAYIHSILKNTNRMILYCFLPSFLVSIGEDDLLSQLGLLTESKKRLSATSPQDDSGIDICTVLQLL VAHRRIIFCPSNTDTDLNCCLSMNLIALLGDRRQNVQNNAIDVFKYLLVHRRAALEDLLISKPNQGQQLDVLHGGFDKLL TRSLSEFFEWHQNSEQTVNKVLEQCAGIMWVQYIAGSAKFPGVRIKGMEGRRKREVGRKSRDAAKLDLRHWEQVNERRYA LDLVRDAMSTELRVVRQDKYGWILHAESEWQCHLQQLVHERGIFPLSKPSLTEEPEWQLCPIEGPYRMRKKLECCKPKID TIQNILDGQFELEKPELSRGKIENGSDESDSKPYFQLLADGGKQNVSGGELFEPYFNKLGGVQDTVSEKNEWNDDKASSI NEASLHSALELGAKSSTVSVPIEESTQGRSDMGSPRQSSSVKVDDVIVADDKSDKELNDNGEYLIRPFLEPFEKIRFKYN CERVVGLDKHDGIFLIGEFCLYVIENFYIDDSGCFCEKDCEDELSVIDQALGVKKDVTGSVDFQSKSTLSWSTTAKSLVG GRAWAYSGGAWGKEKVHSTGNLPHPWRMWKLDSVHEILKRDYQLRPVAIEIFSMDGFNDLLVFHKKEREEVFKNLVAINL PRNSMLDKTISGSSKQESNEGSRLFKTMAKSFSKRWQNGEISNFQYLMHLNTLAGRGYSDLTQYPVFPWVLADYESKNLD FSNPKTFRRLDKPMGCQTPEGEDEFIKRYESWDDPEVPKFHYGSHYSSAGIVLFYLLRLPPFSAENQKLQGGQFDHADRL FNSVRDTWFSAAGKGNTSDVKELIPEFFYVPEFLENRFNLDLGEKQSGEKVGDVILPPWAKGSPREFINRHREALESDYV SENLHHWIDLIFGFKQRGKAAEEAVNVFYHYTYEGSVDIDSVTDPAMKASILAQINHFGQTPKQLFLKPHVKRRIDRKLP PHPLKHSSHLASHEIRKSSSPITQIVSLNDKILIAGTNNLLKPRTYTKYVAWGFPDRSLRFLSYDQDRLISTHENLHGGN QIQCASVSHDGQILVTGADDGLVNVWRVTKFGPRAIRRLKLEKPLCGHTARITCLQVSQPYMLIVSGSDDCTVIIWDLSS MAFVRQLPEFPAPVSAVFVNDLSGEIVTAAGILLAVWSINGDCLAMIYTSQLPSDSILSVTGSTISDWQDTMWYATGHQS GAVKVWQMVHCSDPDSSLSKSGSGGLAGLNFGTKEPEYKLILRKVLKFHKHPVTALHLSADLKQFLSGDSGGHLLSWTLP DESLRGSLNQG
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 | 3047 | 3047 | 0.0 | – | |
| PANTHER | 1 | 3047 | 3047 | 0.0 | ||
| SUPERFAMILY | 34 | 443 | 410 | 1.34E-5 | ||
| SUPERFAMILY | 585 | 730 | 146 | 1.48E-10 | ||
| Pfam | 588 | 712 | 125 | 2.3E-7 | – | |
| MobiDBLite | 1437 | 1479 | 43 | - | – | |
| MobiDBLite | 2177 | 2202 | 26 | - | – | |
| MobiDBLite | 2177 | 2201 | 25 | - | – | |
| ProSiteProfiles | 2230 | 2396 | 167 | 29.407 | ||
| SUPERFAMILY | 2233 | 2398 | 166 | 3.32E-17 | – | |
| CDD | 2233 | 2397 | 165 | 1.76396E-26 | ||
| Pfam | 2336 | 2395 | 60 | 9.4E-9 | ||
| ProSiteProfiles | 2421 | 2713 | 293 | 136.471 | ||
| Gene3D | 2424 | 2713 | 290 | 3.4E-132 | ||
| SUPERFAMILY | 2431 | 2713 | 283 | 3.66E-121 | ||
| SMART | 2433 | 2713 | 281 | 1.4E-202 | ||
| CDD | 2434 | 2713 | 280 | 8.39912E-151 | ||
| Pfam | 2434 | 2713 | 280 | 6.8E-120 | ||
| Gene3D | 2763 | 3049 | 287 | 2.7E-32 | ||
| SUPERFAMILY | 2766 | 3048 | 283 | 5.86E-34 | ||
| SMART | 2786 | 2827 | 42 | 0.0023 | ||
| ProSiteProfiles | 2795 | 2886 | 92 | 15.267 | ||
| Pfam | 2797 | 2826 | 30 | 0.013 | ||
| ProSiteProfiles | 2802 | 2828 | 27 | 9.071 | ||
| SMART | 2838 | 2877 | 40 | 4.0E-7 | ||
| Pfam | 2843 | 2877 | 35 | 6.0E-5 | ||
| ProSiteProfiles | 2845 | 2886 | 42 | 13.182 | ||
| ProSitePatterns | 2864 | 2878 | 15 | - | ||
| SMART | 2930 | 2967 | 38 | 460.0 | ||
| SMART | 2999 | 3038 | 40 | 0.75 |
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 | Protein binding | Interacting selectively and non-covalently with any protein or protein complex (a complex of two or more proteins that may include other nonprotein molecules). | ||
| Biological process | Lysosome organization | A process that is carried out at the cellular level which results in the assembly, arrangement of constituent parts, or disassembly of a lysosome. A lysosome is a cytoplasmic, membrane-bounded organelle that is found in most animal cells and that contains a variety of hydrolases. |
Expression pattern of LotjaGi5g1v0173300.6, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.
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