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LotjaGi1g1v0479500.3

Overview

Field Value
Gene ID LotjaGi1g1v0479500
Transcript ID LotjaGi1g1v0479500.3
Related isoforms 3
Lotus japonicus genome version Gifu v1.2
Description Quinoprotein amine dehydrogenase, beta chain-like RIC1-like guanyl-nucleotide exchange factor; TAIR: AT3G61480.2 Quinoprotein amine dehydrogenase, beta chain-like; RIC1-like guanyl-nucleotide exchange factor; Swiss-Prot: sp|Q69ZJ7|RIC1_MOUSE RAB6A-GEF complex partner protein 1; TrEMBL-Plants: tr|K7MUC8|K7MUC8_SOYBN Uncharacterized protein; Found in the gene: LotjaGi1g1v0479500
Working Lj name n.a.

Sequence information

Genomic sequence (LjG1.1_chr1:99160036..99172076) extracted from Lotus japonicus Gifu genome v1.2.

ATGGGTGGCCTCAGGTCATCCCTCTTGAGCAAGGACTGTGTCCCTCAGCACAGAAGATTGTGTATCTCAAACTCATCAAT CGAGTGTTGCTTGTTGTCTCCCCCACTCACTTTGAACTTTGGAGCTCTTCCCAGGTACATGGATCCGTGCATTTTTTTTA TTCTATCTTTGGATTTTTGTGTGGAGTTTTGTTTTTTAGGGAAAATTTGAAATGGGTTTTCGTGGAAATGAGTTTCTGCA ATGTGGGTATGTTGGAGTTTGCATGTGAATTTATGATGTGGGCATTGGGATTTGTGCGTAGATTCAATTGTATGGTGGAG TTTTTGTATAAAATTTAACTTTTTTGGGGAAAATATGAACTGGGTCTTGAAGGAGCTTAGTTTCTGTAATGTGGGCATTT GGAGTTTGTGTATAATATTGAGGAGAATGTTGAAGTGGGTTTCATGGTGCAATGGGTTGAATTGCTGTGATTTTTGGGGT GGAAGATGGTGTTTGTGGTCTTAACAGTGTTTTTGGATTTTCTGTTGGTTCAGCATAGAGTGAGATTGGGGAAGTACAAG AGAGATTCAGATTCATTGCAGAGGGAAGGAGAAAACTTGCAGGCCGTGTGGAGCCCTGATGCCAAATTAATTGCTATTCT TGTAAGTTTGCTAGCTTGTTGGTATGTGATTATCAGTGTGATTTATGAAATGGACAACCAATTTTTTATACATTCCAGCT CTCTGTTACATCTTTAATTTGCTTCGTGAACTGTTTGATTATTCTTTAAGTTGTACACATGTTTCGTTACCTGTTTTTTG TTGTAAAAAATTGAACGTTGGTTATAAATTTTGTAGGCTGCATGCAAATGAAATACTATTATTCATGTTAGCAAGCGGGC ACTGAAATTTTCTGATTAGTAGTGGGCTATGTTGTGAGATGAGACCCATTTTGATTAGATTAGATTTATTGGATTCAGAT CAGCTTGTATTCGAACTCAGGACAATTGGAACTTGTTACTTGCATATTTTCTAGCTTTACCGTGATATCAGTTTATTCCT ATTCATATCCTATTTTTAAGGCATTCTAACATCAATTTCATCTCATGCCTTTATTTTGTTCACACTGCTAAGAATTCATT TCTTACAATTAATATTGCGTTTTAAGTATCTTATTTCATTCCTGTCATCCTGTGAGCGACAAATTGCTGGTTATGTTCCT GATTCCTCTGGATTTCTCTGTTTGCAGACATCTTCTTTCTATCTTCACATTTTCAAGGTCCAATTCTTGGATAAAAGAAT ACACATTGGTGGGAAACAACCCTCTGCTTTGTGCCTAGCTACTATATCTCTTCTGCTTTCTGAGCAAGTTCCTTTTGCAG TGAAGAATTTGTCCGTGTAGGTTTCTTGCAAGTATTATTTATAGCTTTCTTCGTCTATTTGAATTAATGCAATTGAACAA AACTACTACAGGAAGAGATTATGGAATATGAATTCGAGTCCCCTTGTTATTGGATAAGATTGTTTTCGTAATTATGGTTT AGAAAATGAAATAATTTTCCGTTTTATGAAACTGGGAAAATATATGTTAGTTACTTAGTTTCTTGGTTATTGTCATGAAC CAACCATCACAAATACATTGACTGGTCCACTTACTGTGTGCTGAAACTCATAATTTCATTAAGGAATGAGGGTGGCATGG GTGGAACTCTAGGTTTTAAATCAACTATTAGGCAAAGACATATTCGTGGTTTTGTGTGTACACACGCACATGGCATTTTT AAGGGATGTATCCAGTGTGAAATGAGGAACAAATCTCAATTGTTGGATCTAATCATGAATAGTCAACGATTAAAACATGA AGTCATGTGACTTTTAAAAGTCACGTGACTTTTAAAAGTCACGATTAGAAGACTTTTAATCGTATGACCATTAAAAGACT TTTAATCTTCACCATCCATGCATAGTCTTATGATCATGATTGACTCCTCTCATTCTCACATAAGAAAGCTTTTCGCACTA CATATACGATGGTTAGTGTTAGCTGTTGATTGAAGACACCTGAATGATTGTTATATTATATTTCTAACAGTTATCATAAA AAATGGGTGTACCATGCTACTTTTGTTGTTGATAAGTAGGAACCGCGAAGAGAAGTAGAGGACTTGGATATTTTATATGG AAAAAATATAAGAAATATTATATAAGCTCTGAAGATTACGTGCTTCAACAAAGTCCGCATCCATTTGATTTTATGCTATA CTGCCAATATTTTACTAATCAACTATTGGTATCTGTCATATTGTGTATCATTAATTATTGTAGTAATTGAGTGTCTACAT GAATTCTTTTAGCCCATTGGCCTTATCTGTATTCTAAACTTGTATGGTGTATTGAATTCATCATACTGTAATTCCTAATA CTTCCTGAGTGTCAAAGTTTTGTGCTTTTCACTGTATATAATAGTTGAAATTTGAAGCCATTTTCTGTGTGATCTTGATA TTTCTCTTTATACAATTGTTTTGCCAGGAGCAATATTGTTAGTGATAACAAACATATGCTGCTTGGACTTTCTGATGGAA CATTGTACAGTATGTCTTGGAAGGGGGAGGTAATTTAAACACGGAGGACTCAACAATTTTAGACATTGCACCCTAGTTTA ACCTTTTTCCTACGTTCACTGATATACCAACAACAATATTCAACTCAGTATTCAGCTATCTTTTCTGTTTTTGTGTATGA CAATATTTTTCTGATCTTCTATACAGTTCTATGGGGCTTTTAAATTTGATCCATATCCTCGTGCTAACTTTGGCGACTCT CAAACACCACAATATCTAGAGAATGGTCTTTCTCCTAAAAGCCTACCGAAAGTTTCTATGTCCAATCACATTAGTCCTAG AAGTGCTGAAATCAATCAGCTTGAACTCTGCCTTTCATTGAGGTTGCTATTTGTCTTGTATTCTGATGGGCAACTTGTCT CGTGTTCCATAAGTAAGAAAGGTTTAAAGCAAGTTGACTGTATTGAAGCAGAAAAGAGGTTGGCTTGTGGGGATGCTGTG TGTGCTTCTGTTGCCCCTGATCAGCAGATTCTTGCTGTTGGTACCAGAAGAGGAATAGTTGAGTTGTATGATTTGGCTGA ATCAACATCACTTATGCGTGCGGTCTCTTTGTATGACTGGGGGTAAGTTTTTTGGATATGCATATAGGAATTGCCATCAT ATTGAACTTTTTTCTGATTTTTCTTTCCAAGTTTGATGCTTAAGTTCTCCAGAAGATAATACGTAATATTATGGTTTAAC ATTGTGTCATGCGTTCCTCAATCCTAAGTGTCTCCTTTTTATTTAGTCATTTGTTTGTTTTTAAATACTATCATCACAAG TAATCTACTTGGGAAAGATCAGCACATTTTAATTTATTCCAGCCCCATTCATCGTAATAAAATCACATTTCTCCCGTCTA GTGAATGCAAGCGCGTTAAGTGTCAGAAATAATACTGTAGTGATAATTTTTTCTATCCTATCAGTGTATTGGAACTTTCC AATGTCATTAAGATGGTCTTTGGTTCTGACATGAAGTATGCTATTATGACTATATTGCAGATATTCAATGGATGACACTG GCCCTGTTAGTTACATTGCTTGGACACCTGATAATTCTGCTTTTGCTGTTGGGTGGAAGTTAAGAGGGCTTACAGTTTGG TCTGTTTCTGGGTGTCGCTTGATGTCTACAATCCGACAAATAGGTTTAAGTTCTGTATCTTCTCCAATTGCTAAGCCAAA CCCTGACTGTAAATATGAACCATTGATGGGTGGTACCTCACTGATGCAGTGGGATGAATATGGATATAGACTTTATGCTA TTGAAGAGGGATCTTCAGAGAGAATCCTTTCTTTCTCATTTGGAAAATGCTGTCTTAGCAGAGGTGTTTCAGGCACTACA TATATCCGGCAAGTGATTTATGGGGAAGACCGGTTACTCATCGTGCAGTCAGAAGAGACTGACGAACTTAAGATGCTACA TCTTAAACTTCCAGTTATGTGTTTGATTTTCAAACTTTGAACATGTGATCATAACTGAATAAACATCACTTCTAAAGTTT AAAGTTTGCGCAGGTTTCTTATATTTCACAAAACTGGCCTGTTCAACATGTGGCAGCTAGCCAGGATGGAATGTACTTAG CTGTTGCTGGTCTTCATGGTTTGATATTGTATGATATACGATTGAAAAGATGGAGAGTATTTGGAGATGTTACCCAGGAA CAAAAGATTCAGTGTAAAGGTTTGTTATGGCTGGGGAAGATTGTTGTTGTCTGCAACCATATTGATTCTTCCAACACGTG AGATACTTTTATTTGCTTAAATGTGTATTGTGGTTGATACTTGCAAATTTATTGTTTGTGAAAAATATCTTTCATAGCTG ATTGGTAACAGTTTACATGCCTGGAAAAGCCTGATTTAGAGGATTTTAATTTTTTTTTCCTTTTCTTTTGCTATTAAAAT CTATTTCTCGTTGAACCCAAAAATAAAAACTAAATTCTAGGACTCATTAAAACTGTAGTTTCTGTAACATGTAGTGCAGT ATCATGAAACATATGGAACCATTTTGTTCGAAATCCAAGATATCTTAGGTCTCCGTATTTATCTCAGGTATGAATTGCTC TTTTACCCAAGATATCACCTTGATCAAAGCTCATTGCTCTGTCGAAAACCATTGCTTGCTAAACCAATGGTGATGGATGT GTACCAAGATTATATACTGGTCACATATAGACCATTTGATGTCCACATATTCTATGTGAAGTTGCTTGGTGAACTAACTC CATCAGGAAATCCAGATTTACAGGTAAATGCATACTTTTAACTAGTTTGTCTCCTTTTTTATTTAGATCATAATGTTATT TGATATGCTCTTTCTCTCTCTGTGAAGTTTCTTCGGTAAAACTTTGTTTGTTATACATTTTTAAGTGATAACATGACAAA CAGCTTTCTGCAGTACGAGAACTTTCAATTATGACTGCCAAGAGCCATCCTGCAGCAATGCGCTTCATTCCTGATCAACT TCCAAGAGAATCTATTTCAAACAATTACATTTCATCTTCATCAGACTCATTAACAAAAGAGCCAGCAAGGTAATGCCCTT TTTAAAGCATCCCTTTCTCCATTCTCCAATTTATTTTGACCCTTCACTAATTGTAATGGTCCAAGGTAAAATGTCACAAT CAATGCATTACAAACTTAGTTTCCCATATAATGATTGTCATGCTAATGTAAATATATATATGGTTGTCTAGTAGTCTAAA TCTGAGTTCTGGGCTTGTTGGGCAGAGATAGGAATTGATATGCCCTTCTAAACTTTATTGTTTTTGTGGCTCTTCTTAAA GCCAAGATGTTTTTTCCTATTAATAATTCATCATGAAGAAATTGATTACCTTAGAGTGTTCGTGCCAATAAAAATGTAGC TAGAATACTGCGATGGACACACCAGGATGCAAGAATTCTTTATATCACATTACTGATGAAAATGACTTGTTCTAGATGTT TGATATTGAGGACAAATGGCGAGCTTTCGCTTCTTGATTTGGATGATGGACGGGAGAGAAATCTTACTGATTCAGTTGAA CTATTTTGGGTCACCTGTGGTCAGTCTGAGGATAAAACAAATTTGATTGAGGAAGTCTCATGGTTAGATTATGGTCATCG AGGCATGCAGGTGATTAACTGTTATGGTCTTTCTTATTCCCTGTATACAAATTCTTAAAATTTACCAGGTTCATATGACT TTGATTTACCCTCTAGCGTATTTCCTTTTTATTTTCTGATAGTTTTTTACGTGGAAGTTCATTGTTGCAGGTTTGGTATC CATCTCCAGGCACCAATTCTTTTAAGCAGGAGGATTTCTTGCAGGTCTGGATATTAATTAGCCAGATAGAATGTTTATAA TCAAGAGCCCGCTTGGATATGGACCAAAGAGAACTTATTGGACCTTTTCTACTGAAAAATGAACTAGATAAGCTCCAATA AGTGCTCTTTGGTCCGCATCCAAACAGGCTCCAAGTAGGCTGCATGTAACACAATACTTTCTTTTTGTTGTTTTAAAATT TTCTTTCCTTAGTATTAGATTTTATACTTCTTTCCTTCAGATGCATTTTGTTGATAGAGGAGTACTAGCACACTGTTTTG AATCCTATAGTTGATTTATTATGTAAAATTTTAAAATTTAATATTTTTAATCAATTTACGAGGAAAATGTATTGACTTTT GAAGAAATAGATCAATCATAAAAGGTTTGTTCATGAGTTTTGCTACTATTTCTCTTGTTGATATTCTGATTATAAAGAAT CACATGCTACAGAAGGTCCATAATCCCTGTGATGCATGCATGTATGTGTTGGATTAATATTTGATCTGATACTATGGTTT CCCCCTTAGTGGAGCACCTGGCTAGACATTTGCCTTGTTCTCTATTTCCTTTACTGAACAAATTCTGCATCATCTCACAA ATTTTCTGCTAAATATATGGAAATTGTCAAGAAAAATAATACTTTAGGCTATTTGAAGGAACTTCAATAAATTAGTCATT TATTTATTCTACTAGAATCAGTTGATTTGCTCACTTGGGTCTCAATTTATTAGTTGGATCCGGAGCTGGAGTTTGATCGT GAAGTATACCCTTTGGGACTTCTTCCAAATGCTGGTGTAGTTGTTGGTGTTTCCCAGAGATTGTCATTTTCAGCAAGTGC AGAATTCCCATGTTTTGAGCCATCTCCTCAAGCGCAAACAATATTGCACTGCCTTCTCCGCCATCTTCTTCAGGTATTAC ATTGAGTAAATTTGAAGGTGGTTAGAATTGCTAACACTGCCTTCCCATGAACCAAATATATCAAAAGTTTCAGATGTTAA GTGAAGATACATAAATGGTTGTATATTAATATTTCACGCTCCTCAGTCCTCTCGCAAAAACCCTTTGGGTTTGAAGCGTG GACAATTTACGGGGCCATCAATTTTGTACTAAAGTTCAACTTTTTACTCAAATAATGGGAACGACAAGAATCAAATTCTA GACTTGTTGGTCATAGGGACTTCGATACCATGTTATTAAACTATTCCAAAAAATTAAGCTGTTAGGTGCATTGGTGAAAA CACATGGAAGGTTTTATGTTATTTTTATAACAAAAACATATCAAGATTTTGATAAAATAATTTAACATGACCTAAGAGGA TTTGTGAAATAGAAATCCTTGTTTTCACGCCAGATGGAACGTATTAGCGTTTTTTATCTTTCTGGTGAGGATTTCTTGAG TTAGAAGTATAATATACATTCATGCGTCCTTAACTCAAGAGCTTAAGCTTTTGAGATAATTGGTCTATGACATGGTATCA AAGCCTCTACGACCCAGTGGTCTAGAGTTTGATTCTTGTTGCCCCATTATTCTAATAAAAAAAGAAGTTGAATTTCAGCA CATTGCAGGTGGGCCTGTGCATTATCCACTCTTCAAGCCAAAGTGAACTCTTGCGTGAGGGGTCGTGTTAGAAGTAATAT AAAACCATTCGTGTGTTATTTACTCAATAACTTGCTTTTGAGATAATTGGTCTATGACAGTTTTCTTAATACTTTTGTTT TTGGGGTGTTGTCCAACCTTAATCTTTTAACTTAGCTTGGCTCTCGCAATGAAGTCTGTTCTTCAGAGAAAAAGGGTAAC CTGTGTGATTCTTTCCTATTTATTTGTGTGTCTACTAGAGGGACAAAATTGAGGAAGCTTTAAGGCTGGCGGAGCTATCA GCAGAGAAGCCTCATTTTTCACATTGTCTAGAGTGGCTTCTTTTTACAGTATTTGAAGCTGATATATCCAGGTACTTTAG TTTGGCAATGTTAAAAGTTTCAGACTATCAATGAAATATCTGAATTTCGACGCATGCCAGGCTAGGCAAAGTTTCTGCCA AATTTACAAGGGGATTCTTTAGTTCTTGTTGTATAATTTAGCCAATTCTTTGCACATAGCATGTATTGGTAGGCTGCACT TAAGAGTTGGCCAGTTATAAAATGAACTCATCATCATGGGAAACTGAGTTCCCTTGATCTGGCTAAAAATGGGGGCGTTT TTGGAAAATATTTGGGGAGGGGGGAGGACAATCTCAGTTATATAAGGAGAAAAAAATGTTCAAGTATTCTATATTTCTAT TTTAATTCATGTTAGCAGCTTGTTAACATGTTAGGACAATCTCAGTTATTTGGGGATATAATATCTCTCTTTTGATTATG AACCTTCGATGTTAGGAGCTTTTTAACATGTAAATATTCTATTTTAATTCATTTTAGCGGCTTTCTTAAGTGAGGGTGCA CTCTTTGGAACCTCTAGATACGAGATCTCTTCACTATCTTGGTAAAAACATAATTATATTCGCTGTGTGGATCAGGATTT TAGTTTTCTTTTATTACAAAGACTTGCCCAAAACGTATAGACACATACACTTTGAAAATAGCTTTCAAAGCCCGAATTTA TAAGATCAATAGGACCATATCTCATGACCCTGTCATTCCTATGATTTGAGACACTATTTTACTATGATGCTAAGGCCAAC TGGGATTTGGCTATAGTTTCTTTGCATTTTCCTTTGCTTGTTCATGAATGCAGAAATTCCGTGGATAATACTTAGTTGCT AATTTGTTTTTGTCGTGGCTGTTTAACTTTCATGCCAATTTCCTCAGGCCGAATGTAAACAAGAACCAGAACTCAGTTCT CAAACATGGAAAAAGCACTCTTTTGGAGAAGACCTGTGATCTGATCCGAAATTTTCCAGAGTACCTTGATGTTGTTGTTA GTGTCGCAAGAAAAACTGATGGTCGTCATTGGGCAGATTTGTTCTCTGCTGCTGGAAGATCAACAGAGTATGTCTTTGAA ACATCTATGCTTTTCATTTTGATTTCAGCTATGATTAATATGTGAAATGTACTCAAGTCTTTAAAAACATGAAATCATGG AGAATATATAGAAAACACTATTTTCTACAATGTTGACATGACATTCGTTGGGACTTGGGAGAGCTATTATCTTGTGTGAC AATAATTTTCTATCATTTCAGTTATTAAATTTCGTCCTTTTGACAATTTATGTTTCCTTTTTTCTTGCTCCTGAGTTTTA GGCATCATGAATGGACAGATAGAAAGGAAGTGTGAAACTTTTTTATTGCGTGAAAAAGCACTATAGGACAAATTGGATAT GTTATCATAATGAAAATCCTTTTTTTCTGAAAAACCTTTCATAGTTCAGCTTCAACTTTAAGTGAACCAAGGAAAACTGA ACTTCTTGAAAAAAAATTCAAATATTTATTTATCAAATGACTGTTTTTTTTATATATTTTAAGACTTAGCCTAAAAAAAG AATGGACTGATGCCAAATTTAATATTTTTTTGCACGTATCTGACATATAATAAATAGGCTTACCTTTTACTGTTAAAATG ATTGCTATGCTGTTTCCTTACTGCAAAGTCATCTGAATTTCATTTCCTTTTTGGCTGTTAGTAGAAGTTATAATGCTTTT TCCACTTCTGTGTTTTCATGTGTAAATGGTTGTTTTTGGTTTCTATATAGATTGTTTGAGGAATGCTTTCAACGTAGATG GTACCGCACTGCAGCTTGCTATATACTTGTAAGAATCACTTCTCTTATATTTCTTCTCTTTCTTACTCCCTCCGTTCCTA ATTATAAGACCTAGTTTTACATTTTTCATGTTCCTAAATATAGGACCTTTTACAATAATCTAGCAAAAAGTGTTGTACTA TTCCATATATACCCCTTACATTAATTGTTTGTTTTCATTTCCAAAATTTTAATTACCACCTACCATTAATGCAATGATTA CTAGTGAGAGAAAATGACAAAGGATACATATGGAAGAATGTATGCATTTTTTTAAAACCAATACACTAATTAGACACATT TAGTGCTTCCTTAATAAACGCAATTTTTTGTATTAGGTCATATAATTAGGAACGGAGGGAGAGGGAGAGGGAGTATATCA GTCTTTCCCTATAAATTACTATTATTTATTTAATATTTGACATAATTAGCAAGTTTATATTCATGTCAAGGTTTCTACAT TTCTGATTGACACACATTATGATTTGAGAGCTGCATTGCATAATTGGTGAAGAAGGGGAGAATTCCAAAAATTATTTGGT TTTAACTTTTAAGCTTTCTCTCTGGTTAACCAAAATTTCTGTTGTTTGAACCACACATGTTGCACTTTATTTGGTATTTG TATTAAATGTTACAGGCTTGCTTAACAAGACTTAATGGTTTCCTTAGTTTCTGTCTGCAAACTGGTGATGCGAATCTATA CACACACACACACATATATATATATATATATATATATACTTATATACTCATATGATCAAGTTCATTTCATCTCAAATGTA ACAGGTAATTGCTAAACTTGAAGGTCCAGCTGTTAGTCAGTACTGTGCTTTACGATTATTGCAGGTTCGAGTTCAATTAC TTCAATTAGTTTTTTTTTTTTTTTTTTAATTCTAGCCACATAAATGATGTGAATTATCAACTTAATGCAGGCAACACTTG ATGAATCTTTATATGAGCTTGCTGGGGAATTGGTATTGTCTTGAAGCACTATCTGATTATCATTTTAGCTGGTCAAGCAA TATACAATAGATCATGACCTTTTCCTTTTACTTAACTATTTGGTTTTGGGTCCTTAGGTAAGGTTCTTGCTAAGATCCGG TAGGGAATATGATCAAGCATCCAACGATTCAGATAATTTTTCTCCCAGATTTTTAGGCTATTTTCTTTTTCGTTCTAGTG AGCGGAAGCAAGCATTGGATAAAAGGTTAATTTACTCTACATTGAATTGATTGTTCTGTTGTCCCAGAGCATTGAAGTTC GCAATCATACTAACAATTAACTTTCTTGTGAGCAGTTCTTCATTCAAGGAGCAAAGTGCTCATGTTACCTCGGTTAAGAA TATTTTAGAAAATCATGCTAGTTACCTGATGTCAGGCAAAGAGCTTTCCAAGCTTGTTGCATTTGTAAAAGGCACTCAGT TTGATTTAGTGGTAAGAAAGCCTTGCTGATTAACCTGTTCTAATCCCCTTAAGATAATTTTCTTCTAGTGTTTAAACTGA TCAATGGATGACTATCAATTGTAGGAGTATCTACAACGCGAAAGATATGGAAGTGCTCGGCTGGACAGTTTTGCTTCAGG GTTTGAACTAATAAGCCAAAAGGTTTCATATTTTAAAATTTGGAAAACAAAACTTCCATTCTGACTATTCCATGGACTTC ATTTATTTGGTTTTAAATTTCAGTGGCCTATTATTGCTTTCCCTCTTTATACAGGGGATGTTGGATGATGCATAAAATGT TTTCCTTAATGTTTTATTTGCTGAAGTCCTAGTTATATACACTTGGGGGAAGCTATGTCTTTAGCCTGGTATAACGGTGC CCTTTTGGTTTTTAGGCTTTGATTTACTAGTTAGTTTTGCTGGTATAACCTAACAAATGTGATCAGTTATGCGCTAAAAG GTGTCCTGATGTCTATTCATTGTTGTGCTTCCCTACTTTTCATTGATAAAAAAAAATTTGTACAGAAAAAAGCTCATAAT GCTGAAATAAACCTTGTCATGATTAAGATTTCAGAAGGGTGTTAATTCACTTCTGAAGCCAATTTTGAATTTTGTAATGA TTCAAAGTATTTGATCATTTGGAGGAGCTTTCTATATTTATTATAATTTTTTTTCTTTAGCTTTGTTTTGCTCCATTAAC GAACACTATCTTTATCTTGTGTTATCAGCTTCAAATGGAAACATTACAGAGCCGGTTGGATGCTGATTTTCTCCTTGCTC ATATGTGCTCTGTCAAATTTAAGGAATGGATAGTTGTCCTGGCTACCCTCTTAAGACGTTCTGAGGTATGTTCGGGGTTC ATTGCACTGAGATCTGAAATTATGGTGACAACATTTCATCAACAGTCCTGTTAAAATAATAGGGATAGAATGGAAAGCAG AGAAAGAGAAAGAAATTCTGAATAATGTGATTATATATTAG
Download Genomic Sequence

CDS sequence (LotjaGi1g1v0479500.3) extracted from Lotus japonicus Gifu v1.2 CDS.

ATGCTGCTTGGACTTTCTGATGGAACATTGTACAGTATGTCTTGGAAGGGGGAGTTCTATGGGGCTTTTAAATTTGATCC ATATCCTCGTGCTAACTTTGGCGACTCTCAAACACCACAATATCTAGAGAATGGTCTTTCTCCTAAAAGCCTACCGAAAG TTTCTATGTCCAATCACATTAGTCCTAGAAGTGCTGAAATCAATCAGCTTGAACTCTGCCTTTCATTGAGGTTGCTATTT GTCTTGTATTCTGATGGGCAACTTGTCTCGTGTTCCATAAGTAAGAAAGGTTTAAAGCAAGTTGACTGTATTGAAGCAGA AAAGAGGTTGGCTTGTGGGGATGCTGTGTGTGCTTCTGTTGCCCCTGATCAGCAGATTCTTGCTGTTGGTACCAGAAGAG GAATAGTTGAGTTGTATGATTTGGCTGAATCAACATCACTTATGCGTGCGGTCTCTTTGTATGACTGGGGATATTCAATG GATGACACTGGCCCTGTTAGTTACATTGCTTGGACACCTGATAATTCTGCTTTTGCTGTTGGGTGGAAGTTAAGAGGGCT TACAGTTTGGTCTGTTTCTGGGTGTCGCTTGATGTCTACAATCCGACAAATAGGTTTAAGTTCTGTATCTTCTCCAATTG CTAAGCCAAACCCTGACTGTAAATATGAACCATTGATGGGTGGTACCTCACTGATGCAGTGGGATGAATATGGATATAGA CTTTATGCTATTGAAGAGGGATCTTCAGAGAGAATCCTTTCTTTCTCATTTGGAAAATGCTGTCTTAGCAGAGGTGTTTC AGGCACTACATATATCCGGCAAGTGATTTATGGGGAAGACCGGTTACTCATCGTGCAGTCAGAAGAGACTGACGAACTTA AGATGCTACATCTTAAACTTCCAGTTTCTTATATTTCACAAAACTGGCCTGTTCAACATGTGGCAGCTAGCCAGGATGGA ATGTACTTAGCTGTTGCTGGTCTTCATGGTTTGATATTGTATGATATACGATTGAAAAGATGGAGAGTATTTGGAGATGT TACCCAGGAACAAAAGATTCAGTGTAAAGGTTTGTTATGGCTGGGGAAGATTGTTGTTGTCTGCAACCATATTGATTCTT CCAACACGTATGAATTGCTCTTTTACCCAAGATATCACCTTGATCAAAGCTCATTGCTCTGTCGAAAACCATTGCTTGCT AAACCAATGGTGATGGATGTGTACCAAGATTATATACTGGTCACATATAGACCATTTGATGTCCACATATTCTATGTGAA GTTGCTTGGTGAACTAACTCCATCAGGAAATCCAGATTTACAGCTTTCTGCAGTACGAGAACTTTCAATTATGACTGCCA AGAGCCATCCTGCAGCAATGCGCTTCATTCCTGATCAACTTCCAAGAGAATCTATTTCAAACAATTACATTTCATCTTCA TCAGACTCATTAACAAAAGAGCCAGCAAGATGTTTGATATTGAGGACAAATGGCGAGCTTTCGCTTCTTGATTTGGATGA TGGACGGGAGAGAAATCTTACTGATTCAGTTGAACTATTTTGGGTCACCTGTGGTCAGTCTGAGGATAAAACAAATTTGA TTGAGGAAGTCTCATGGTTAGATTATGGTCATCGAGGCATGCAGGTTTGGTATCCATCTCCAGGCACCAATTCTTTTAAG CAGGAGGATTTCTTGCAGTTGGATCCGGAGCTGGAGTTTGATCGTGAAGTATACCCTTTGGGACTTCTTCCAAATGCTGG TGTAGTTGTTGGTGTTTCCCAGAGATTGTCATTTTCAGCAAGTGCAGAATTCCCATGTTTTGAGCCATCTCCTCAAGCGC AAACAATATTGCACTGCCTTCTCCGCCATCTTCTTCAGAGGGACAAAATTGAGGAAGCTTTAAGGCTGGCGGAGCTATCA GCAGAGAAGCCTCATTTTTCACATTGTCTAGAGTGGCTTCTTTTTACAGTATTTGAAGCTGATATATCCAGGCCGAATGT AAACAAGAACCAGAACTCAGTTCTCAAACATGGAAAAAGCACTCTTTTGGAGAAGACCTGTGATCTGATCCGAAATTTTC CAGAGTACCTTGATGTTGTTGTTAGTGTCGCAAGAAAAACTGATGGTCGTCATTGGGCAGATTTGTTCTCTGCTGCTGGA AGATCAACAGAATTGTTTGAGGAATGCTTTCAACGTAGATGGTACCGCACTGCAGCTTGCTATATACTTGTAATTGCTAA ACTTGAAGGTCCAGCTGTTAGTCAGTACTGTGCTTTACGATTATTGCAGGCAACACTTGATGAATCTTTATATGAGCTTG CTGGGGAATTGGTAAGGTTCTTGCTAAGATCCGGTAGGGAATATGATCAAGCATCCAACGATTCAGATAATTTTTCTCCC AGATTTTTAGGCTATTTTCTTTTTCGTTCTAGTGAGCGGAAGCAAGCATTGGATAAAAGTTCTTCATTCAAGGAGCAAAG TGCTCATGTTACCTCGGTTAAGAATATTTTAGAAAATCATGCTAGTTACCTGATGTCAGGCAAAGAGCTTTCCAAGCTTG TTGCATTTGTAAAAGGCACTCAGTTTGATTTAGTGGAGTATCTACAACGCGAAAGATATGGAAGTGCTCGGCTGGACAGT TTTGCTTCAGGGTTTGAACTAATAAGCCAAAAGCTTCAAATGGAAACATTACAGAGCCGGTTGGATGCTGATTTTCTCCT TGCTCATATGTGCTCTGTCAAATTTAAGGAATGGATAGTTGTCCTGGCTACCCTCTTAAGACGTTCTGAGGTATGTTCGG GGTTCATTGCACTGAGATCTGAAATTATGGTGACAACATTTCATCAACAGTCCTGTTAA
Download CDS Sequence

Protein sequence (LotjaGi1g1v0479500.3) extracted from Lotus japonicus Gifu v1.2 Proteins.

MLLGLSDGTLYSMSWKGEFYGAFKFDPYPRANFGDSQTPQYLENGLSPKSLPKVSMSNHISPRSAEINQLELCLSLRLLF VLYSDGQLVSCSISKKGLKQVDCIEAEKRLACGDAVCASVAPDQQILAVGTRRGIVELYDLAESTSLMRAVSLYDWGYSM DDTGPVSYIAWTPDNSAFAVGWKLRGLTVWSVSGCRLMSTIRQIGLSSVSSPIAKPNPDCKYEPLMGGTSLMQWDEYGYR LYAIEEGSSERILSFSFGKCCLSRGVSGTTYIRQVIYGEDRLLIVQSEETDELKMLHLKLPVSYISQNWPVQHVAASQDG MYLAVAGLHGLILYDIRLKRWRVFGDVTQEQKIQCKGLLWLGKIVVVCNHIDSSNTYELLFYPRYHLDQSSLLCRKPLLA KPMVMDVYQDYILVTYRPFDVHIFYVKLLGELTPSGNPDLQLSAVRELSIMTAKSHPAAMRFIPDQLPRESISNNYISSS SDSLTKEPARCLILRTNGELSLLDLDDGRERNLTDSVELFWVTCGQSEDKTNLIEEVSWLDYGHRGMQVWYPSPGTNSFK QEDFLQLDPELEFDREVYPLGLLPNAGVVVGVSQRLSFSASAEFPCFEPSPQAQTILHCLLRHLLQRDKIEEALRLAELS AEKPHFSHCLEWLLFTVFEADISRPNVNKNQNSVLKHGKSTLLEKTCDLIRNFPEYLDVVVSVARKTDGRHWADLFSAAG RSTELFEECFQRRWYRTAACYILVIAKLEGPAVSQYCALRLLQATLDESLYELAGELVRFLLRSGREYDQASNDSDNFSP RFLGYFLFRSSERKQALDKSSSFKEQSAHVTSVKNILENHASYLMSGKELSKLVAFVKGTQFDLVEYLQRERYGSARLDS FASGFELISQKLQMETLQSRLDADFLLAHMCSVKFKEWIVVLATLLRRSEVCSGFIALRSEIMVTTFHQQSC
Download Protein Sequence

Domain prediction

Data for domain prediction are obtained with InterProScan, and merged with InterPro data obtained from the EB-eye REST service.

Merging data from EBeye. Please wait…

Domains

Sorting

Prediction algorithm Identifier Start End Length E-value InterPro ID
PANTHER
PTHR22746
1 936 936 0.0
IPR040096
Gene3D
G3DSA:2.130.10.10
43 301 259 5.2E-11
IPR015943
SUPERFAMILY
SSF82171
85 515 431 6.28E-18 –
Pfam
PF07064
535 787 253 5.8E-69
IPR009771

Gene function (GO predictions)

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
GO:0005515
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).
Subterm of
GO:0006886
Biological process Intracellular protein transport The directed movement of proteins in a cell, including the movement of proteins between specific compartments or structures within a cell, such as organelles of a eukaryotic cell.
Subterm of
Part of
GO:0034066
Cellular component RIC1-RGP1 guanyl-nucleotide exchange factor complex A protein complex that acts as a nucleotide exchange factor for the GTPase Ypt6p, and is required for fusion of endosome-derived vesicles with the Golgi.
Subterm of

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Expression data

Expression pattern

Expression pattern of LotjaGi1g1v0479500.3, powered by ExpAt. For advanced configuration, data transformation and export options, view expression data in the ExpAt application.

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