Plant FIBer expression Database

External link	JGI Phytozome v13 [genome browser]
Symbol
Arabidopsis homologues Show only best Show top 10	Locus ID BLAST score/e-value TF class Alias TAIR10 short description AT1G67120 3475 / 0 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1)
Paralogs Show only best Show top 10	Gene ID BLAST score/e-value At best hit BLAST score/e-value TAIR10 short description Lus10037616 [exp] 481 / 6e-153 AT1G67120 107 / 6e-25 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1)
Poplar homologues Show only best Show top 10	Locus ID BLAST score/e-value At best hit BLAST score/e-value TAIR10 short description Potri.017G039100 [exp] 4529 / 0 AT1G67120 4856 / 0.0 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1)
PFAM info	Clan ID Clan name Pfam ID Pfam name Pfam description CL0023 [flax] [poplar] P-loop_NTPase PF07728 [flax] [poplar] AAA_5 AAA domain (dynein-related subfamily)
Representative CDS sequence Show only first row Show all	>Lus10006876 pacid=23144412 polypeptide=Lus10006876 locus=Lus10006876.g ID=Lus10006876.BGIv1.0 annot-version=v1.0 ATGTCAACTGACGGAAGTTTCAGCGTAAAATCTGCACTGACGAGGTTCGTTGGTCGTTGCCAGGAGCTTCGTAGCATTAAGAAGTTTGAAGATCTAGTAA ACAAGGCGGAGGCGGACTTAGTGGCAGATGAAGTGGTTAATTTGGTGGCAGAACTGTTTGTTAACCCAAAATATACAATCCCTTTGCTTGGTTGTTTCCG AGCACTATCTCCGAAGATCATAGCGAGAGTGGTGGATTTACTTAGCAAACACGATCTTACTTTGGGCGAAGATATTGGAGATTCGGATGATGCAGAAGTG TTCATTCTTGAGCATTATATAGAAAGTCGGAAGGGTTTACTTAGCCAATGCAATCTTACTTTGGGAGGAGATATTGGAGAATCGGATGATGCAAAAGTGT TCATTCTTAAGCATTATATACAAAGTAGGAAGGGTTTATATCTTCATGAGCTTGCTTGTTTAGCGTTCTCCCGTGCTCTTGATTTTGACTCTTCATTGTG GAGGTCTGTATCTATTTACTTCAAGGGCTCTCAACCTCCCTTTGAACGTTTTGAACGTTTGAGGAAAAGTAGATCAGAGATCTCAGAGGTTCTCACTCTG TCTCTCATCCTTTTTCTTTCATACACTTGTGCTTGCTCCCTGTCTGGTAAACCAGACTTCATTCTTTGCGTTGATTGGTATTTTACTCATTACTTACTGG CTGTTCGGACGTCTTACCGACTCCTTCTTATGGAGCCCGAATACTTATCTAAGCAATGGGACTGGTCTCCGATACTGGATTTTGTAAAGGAGCCTCAAGG TCTTGGTATGGGCTCAGATATACAATGGTGTGTGAAGCAGATAGTGCTTCTGTTTGGAATGAACGCCAAGATAACTGAAAATGCAGAAGAGGACGCAGCA TGTTTGTTGCGGTGGGAGGAGTTCTGTGCAGATGTCGCTCTAGAAAAGGCTGGTTCATATCTTGAATCATCTGGAAATGGCACTGCTAATGGTTTTAGTG AGGAGAACTGCCTAAAATCTATTACCCGTGGTCCTCAGAATTCATCACAACTCCTGGAACGTGAGCCTGCGTTGAAACGTCGAAAGCTCTTCAGATTTGA ATCAGATGGCCGTCCCTTTGTTGTGACATCTGCAATTAGACGAAGTTTTGAGATGGTTCTGTTGGCTGTAAGTCAAAAGGGGCCTGTTCTTCTGTATGGC CCACCAGGTGTTGGGAAAACAGGTCTCATAGCCAAGTTGGCTCAAGATACTGGGAATCAAGTTCTATCTATTTACATGGATGATCAACTTGATGGAAAAA CTCTGCTTGGGAGTTATGTCTGTACCGAGAAACCTGGTGAAATTAGATGGCAGCATGGATCACTTATCCAGGCTGTTCTCAATGGGTACTGGGTAGTATT TGAGGACATTGACAAAGCACCAGCAGATGTGCAATCAATCTTGTTGCCGTTATTGGAAGGCGCTAGTTCTTTTGTAACTGGTCATGGAGAGGAAATACAC GTTCCAGAAAGTTTTAGATTATTCTCCACCATCTCAACTTATAAAAGCGACGTCTCTCGCACAATTGAAGGGGGGAATTTGCTTAGTGTTCTTTGGAGAA GGGTGATGATCGAGTTGCCAAATAAAGATGACTTGCAAAGCATTCTTAAAGCATGGTATCCAGTTTTGGAGTCTCTGTTCGGAAAGATCTTGGAAACATT TGAGAGAGTAAATTCTGCTACCACAGTGCACTCTTTTGGTTCTCTATCTAGGACTTCTGGTTCCCCCAATTTCGGCACAAGGTTTTCGACCAGGGATCTT CTCAAGTGGTGCAAGCGAATTTCAGGATTAGTCTCTAAGTTTAATAGAGATGTGTCGTCTCAGCTCCTCTCGATTTACCTAGAGGCTGTAGATATATTTG CAGCCTTTATCGGCTCATCAGAGAATCGGCTTTCTGTAATGAAAGAAATAGCAAACGTGTGGGGAGTTACCATATCTGAAGATGGCATATTGCATCCTGA TAAACCCGTATTGCAGGCTCTTACTACAGGGCTAAGGATTGGTCGAGTTACCCTGGAACAGGCTGATACTTCAGTTGGAAGGTTAGTTGCGATGCGTAGT TCTCTGCATTTACTGGAAAGGATAGCCTGCTCTGTTAAGTACAACGAGCCTGTTCTCTTGGTTGGTGAAACTGGAACAGGCAAGACTACTCTTGTGCAGA ATCTGGGCATGATGCTTGGTCAGAAGCTTACTGTTGTGAACTTGAGTCAGCAGAGTGATGTTGCTGATTTATTAGGAGGTTTTAGGCCTGCGGATCCATG GTCTATATGTTATCCTCTCTTCAAAGAGTTCAAGGACTTGTTTGCGAGCACCGTTTCGTTGGAGGCAAATCCAACACTTCTTCCCCATTTAGAAAATTAT CTGAACCATAAGAAATGGGCAAAACTGTTGAATGGGTTGAAGAAGTATGTTAACGATGTGGTCCGAAATGAAAAAATGGGATCTGGCGTGAAGCGGAATG GAGATTGGATGGATTGGAATAATTTGGCTGTGAAAATTGGAACTGCTTATGGGCAACTTGAAGAATCGTCTGGAATGATATTTTCTTTCGTAGAAGGAGC CTTTGTGAAGGCACTAAGAAACGGGGAGTGGATTTTGCTGGATGAGGTGAATTTAGCTCCTCCAGAGACTTTGCAGAGAGTCATCAGTGTCCTAGAGGGC GAATATGGTTCACTTTGTTTGGCTGAAAGAGGAGATATTGTGGATATACCTCGGCATGCTAATTTCCGCATGTTTGCCTGCATGAATCCTGCAACTGATG CTGGGAAGCGAGACTTGCCATATGCTTTGAGAAGTCGATTTACAGAGTACTATGTTGATGACGTGTTGGACACAGAAGATCTGAAATTGTTTGTAAAGAA ATGTCTGGACAGAGAAGATCAGAAATTGGTGGTAGGAGACGGAAAAATTGATCTCGATGAGCTAGAGAACAGAATAATTGAATTCTATGTATCTGCCAAG AACGATGATAGACTACAGGATGGTGCCAACCAAAAACCTCATTATAGTCTGCGCTCATTGTACCGTGCACTGGAATATACCAAGAAAGCGAGTAAAAAAA ACGAGTTTGGATTTCAGAAGGCACTGTATGATGGGTTTTGTATGTTTTTTCTGACCCTACTGGACATACCAAGTGCCAAAATTATGAACGAAAAGATCAT CAGTATGTTATTCAGTAAGAAGAAACCTTCAGCTGTACCTTTTGAGTCCTACTTACAATCTGAAAATGGGTTGCAGTCTGGAGAGTTGATGGATGACTAT GTGCTCACAAAAGGTGTGAAGAAGCAACTTAAGAACTTGGCACGTGCTGTTTTCATTAAAAGATACCCTGTCCTCTTACAAGGGCCAACATCTAGTGGAA AAACTAGCCTTGTTCACTATCTTGCCAGTAGAACTGGGCACGAATTTGTGCGGATAAATAACCATGAGCATACAGATTTACAGGAATATATAGGTTCTTA CATATCTGACGCTCACGGAAAGCTCGTCTTTCATGAAGGTGTATTGGTTAAAGCAGTCCGAAAAGGTCATTGGATTGTCTTGGATGAACTTAACCTTGCT CCATCTGACGTTTTGGAGGCATTAAACCGCTTGCTAGATGATAACAGGGAGCTCTATGTTCCTGAATTGCAAGAGACGATCAGGGCTCATCCAAATTTTA TGCTCTTTGCTACTCAAAATCCGCCTACTTTCTATGGTGGGCGTAAAATGCTCTCTCGAGCTTTTCGGAACCGTTTTGTGGAGATTCATGTGGATGAAAT TCCAGTTCATGAGATGATCACGATTATAGAGAAAAGGGGCAAAGTCCCTGAAAGCCGATCTAAAACCATGGTTGAGGTAATGAAGAAGTTGCAGCTACAA AGGCAGAGTAGTAAGGTTTTTGCCGGGAAGCATGGATTTATAACACCACGAGATCTGTTTCGTTGGGCTAGTCGCTTGCAGAAATTTGGAGATACTAAAG AGGTCATGGCAGAACAGGGTTATTACCTTTTGGCAGACAGATTACGTGATGAGGGTGAAAGGGTTGTGGTTCAAGAAGTACTAAAGAGGGAACTTGAAGT TACAATTGATCAAGATAGCCTCTATAAGGAATCAGGGGGAAGCAACTCAAATTCAGGGTTTAAGAGTTTGGGAGATGTTATCTTGACTGCAAGCATGAGG AGACTGTTTTTTCTGGTTGAGCGCTGTTACCAGTTACGAGAGCCTGTCCTTCTTGTTGGCGAAACTGGCGGCGGAAAAACAACCGTCTGTCAGTTGCTAA GTCAAAAGTTGGGTTCAAAATTGCATATTTTGAACTGTCACCAGTACACAGAAACTTCGGATTTTCTTGGGGGTTTCTATCCTATTCGGGAGAGGTCACT GTTGGCTGCAAATTACAAAGATACAGTAGAAAAGTTATTGGTTACTGAGGCTTTTATCCACTACCCTACGGACTTGGTAATTTCTTCTGACATACGTCAT GGAAGTACAACTATTCGTTCTATTGATACTGTGATCAGTAACTGTAAACAAGGCCAGTTTTCAGTTTCTGAATCTGAATTCACTGCTGAAGACCTTGATA GCCTTGAAAGGATGAAGTGGGATCTTAGTCAGCTGCATAAAAAATGGCAAACTATTTTCATGTGGCAAGATGGTCCCCTTGTTCAGGCAATGAGGGAAGG AGATTTGTTTCTCATTGATGAAATTTCATTGGCAGATGACAGTGTGCTTGAAAGATTGAATAGCGTGTTAGAGCCAGAAAGACAATTGGATCATATAAAG CTTCAGGGTGCTGGAAATACCTGTGATGCGGGAACTCATAGGTCTCTTTATCTTTTTCTCCAGTCATTGGCAGAGAAGGGAGGGTCTGAAATGGAAAAGA TCACCGCTCACCCTAACTTTTTTGTGCTTGCGACAATGAACCCTGGTGGTGACTATGGTAAGAAAGAGTTGTCTCCAGCTCTTCGCAACAGGTTCACGGA GATTTGGGTCCCTCCTGTTAGCGATCTGGAGGAGCTTAAAAACATTGCATCAAAGAGATTGCACTGCTCGGAGCTCTCTTACGTTTTGGATGTTATTGTG AAGTTTTGGAGTTGGTTCAACCAGTTACAAACAGGGAGAATACTCACTGTGCGGGATCTTCTATCTTGGGTTGAATTCATTGATGTTACTAGAGAAAGCT TGGGAGCACAATATGCTTTAGTACATGGAATTTTCCTTGTTCTGTTTGATGGTTTAAGTCTGGGAACGGGGATATCTGTACCTGATGCAAGACTCTTAAG AGAGAGATGTCTGTCCTTTCTCAGAGAACAATCCGAGCTGGGTGATGTCTTAGAATTTTCTCTTATGGATTATGGATGGAGTGATCACATGGACATTTCC AGCAATGAAGATATGCAGTCAGGGAATAGATTTGGCATCAAGCCATTTTATATTGAAAAAGGTGACAGGTGTTGTGAGTCTCAAGGTTTTGAGTTCCTGG CACCAACCACTCGTAGAAATGCTATGCGTGTATTGCGAGCTATGCAACTGTCAAAACCAGCCCTACTGGAAGGCAGCCCTGGTGTTGGTAAAACAAGCTT GATCGCTGCCTTGGGAAAATATTCGGGTCACAAAGTTGTGCGCATAAACTTATCTGAGCAGACTGACCTCATGGACCTTTTGGGTTCCGACTTACCTGTT GAGAGTGATGAAGGAATGAAGTTTGCATGGTCTGATGGAATCTTGTTACAGGCTTTGAAGGAAGGTTCTTGGGTTCTGCTGGATGAGCTCAATCTTGCTC CGCAGTCTGTTCTAGAGGGTTTAAATGCCATCCTCGATCACCGTGCTGAGGTCTTCATTCCGGAGCTTGGCCTCACTTTCAAGTGTCCACCATCTTTCAG ACTTTTTGCATGTCAGAATCCCTTTCACCAAGGTGGTGGAAGAAAAGGACTTCCAAGGTCCTTTCTGAATCGATTTACGAAGGTGTATGTGGATGAGCTA GTTGATGCTGACTACCGATACATATGCAGCTCACTCTATCCCTCAGTTCCTGGGCATCTGCTGTCAAAGTTAATTGAGTTCAACAGAAAGTTGCATGAGG ATACTATGGTGCATCACAAGTTTGGACAGGATGGTTCCCCTTGGGAGTTCAATTTGAGAGATGTAATTCGTTCATGCGAGATGATGGAAGGTGCGCAAGA AAAGTCAAAGGTTGACTGCTTTGTCAACATTGTCTACATGCAGAGAATGCGCACATCAGCTGACCGGGTTGAGATCCTACGATTGTACGAGGAGGTTTTT GAAGCTAAACCGTTCATAAATCCTTATCCACGAGTGCAGTTAAATCCAGGACATGTTACTGTTGGCAACACAGTCATCCAAAGGAACGGCAGTCGGTTCT CCAAGTTCCTTAACACTGAGCTTAAAATTTTACCGAATATTCGTCACTGCTTGGAAGCTGTTGTAGGTTGTCTTCAACATCAATGGTTGTGCATTTTGGT CGGTCCTCCATCTTCTGGGAAGACATCGATGATTAGGCTACTTGCTCAGCTCAGTGGGAACAAGCTAAATGAATTGAATCTATCAGCTGCTACCGACATA TCAGAACTACTTGGAACCTTCGAACAATATGATGCTATTCGCAATTTCAGGTTGGTTGTTGCTCAAGTTGAGCGTTATGTCGATGAGTATTGCAGCATGA AGCTGGGTGGTGCAAGCAGGGATGTCATGGCCAAATGGCTTGTTCTTTCATCAAGCATAGATTTTGGTTCCTTGTCAACTTCTGCCAATATGTGTATGGA GAACTGGGATAACATTACCAAATCTCTAGACATGGTTGTAGATATTGTGGAAATGTTGATAACCAATGTTCCATGGGCATCCAAAGAGCTAAATAAAATT CACAAGTCAGTTTTAAAGGCGCAGGATGAGCAGCATGGAAAGCGCTCCACAGCCAAGTTCGAGTGGGTTCCTGGGTTGCTTGTGAAGGCAATAGAGAACG GAGAGTGGGTTGTTTTGGAGAATGCAAACCTCTGCAATCCAACGGTCCTTGACAGAATCAATTCCTTGGTTGAGCAAAGCGGGTCCATTACTGTGAATGA GTGCGGACTTGTTGATGGGAGCCCTCTCGTTCTTCATCCGCACCCTAATTTTCGGTTATTCCTTACTTATAATCCAGCCAGTGGTGAATTGTCCCGGGCA ATGCGAAACAGAGGAGTTGAAATATTCGTGATGCAGCCATATTGGCTGCTTGATGGGGTGGATGGCTATGGTTGTGCGGAGTTTGAAGTGAAGGATGTTG AACGATTTCTTGTTCTATCTGGTATTCCTGGTGTCAGATTTGTCCAAATAATGGCTAAAGCTCATACCTATGCCAGAAAGGAAGCCTTGCGATTTGGGCT AGAAATTTCTTATCTCGAGCTTGCACGTTGGGTTCAGTTATATCAGAAGCTTCTCGCAAGCGGGAATCGTAATTTGTGGAGTCTCCAGACTAGTTGGGAG CACACATATATTTCATCCCTAGGCAAGACTGCTGGGCATGCCATTGTTTCTTATGGAAAACATGCTTATCTGTCACAATTGGTACTGAAGTCTGAAACCT CACTTGAATCTTCTCTATGTTTACCCGGTGGTTGGCCAGCACCTTTGAGAATGTCGGATTTCGTATTGCACTCCGAGAACGCAAATGTGAAGCAGAACTT TATGTATTTGGAGTATCTGGTTTTGCAGTATGCAGGATCAGTATCGTCAAGAGGTGATGTGGCCTTGATGAACGAGCAGATGATTTATAAGTTGTTGTAT CCCGGAACTCCGGACCATATGAGTTCTAGGTCTGGTGGTAACACAATGATGATACAGAAAAAGGTTTTGTATGCTTCCAACTGGACGCTTGAGCAGGCGA CCTTAATGGATTACAAACTGTATTTTCACCGGCTTAGCTGGCTTAAGTCCAAAGTGCAACCTTTCAATCAGTTATTTGGTTCGTTTATCGAATTACTTAA GAAGGAAGATCATCCTATTTGGAAGTGTATCTTCAAGTATAACCGTGAACTGCCTTCATCCAGGGGCCTTCAAAATGCTGTTAACTTAGTAGGCCTATGG ATGAAGGCTTGCTTGCACTGGGATGCACAAAACAGACATGTGTTTACAGATGAAGCTCTGTGTTTCATGCCAATATTTGAGTCTCTCCGAGAGTTGGAAA AAGAAGTACTTACAAAGCTAGTTGAGTCTGCATCATACGAAGCTTTGTGTGCATATGCAGAGCTTCGTGCTAATCATGTTGCATTCTGGGAGGCTTTCGA GTCTTCAAATCATGACAAAAAGTTGATTTCTTGGCGATGGTTATTGAAGGATGTGTCCAACTTGAAGAAAGACTTCTGTCCCAGTGCAGAAAATGTTTTG CTGTCGGGTCGCCGGAATCTTGATAAAGTATTCCATCAACAATCAGAGCGGTCACTGTTATGGATATATGGGGGTCATCCTATTTTGCCATCTTCTAAGA AACTGTATGATGCACAGCAGCAACTCTTGAAGAGGTGCGAATTGATATGGCCTACAAATGAAAATCCTTTCGAGCAAGAAAACGAAAATTTCAACTCAGC TTCTATAGCTGCTGACCTTCGTTTACTTGGTCTGCAAGGTATTTGCATGTCTTTATGTATCACAAACAAAAGTGAGGAGGATGGCACCGAAGTCGTCAAA CAGTTGGTTGAGATGGAACAGGTGCTTCTGAAACGGTATTCATTTGAATGTAACAAATTGCACTCCAACAAGAATACGATTAGTGATGGACCTATAGCAT CATGCTGCATGCTTCGCCCTGAACTTATACGCTCGGATACACGTATTGTTTGGCAAGAAACAACTCCTATCATCGACTCCTCAAGTTTTCTTCTCGACAT GGAGTTGCTAGCAAAGCTTTCACTTGCTCTGGTTCACTACAGAGAACTGCAACCGGAACTGGGTTCTATGGCCAAGCGGTTGGAACAAGCCTTACGATAC TCGTTTATCTCGGGAAGGCCTCCACAAAATTTCATTCCGCACCAGAAAATACTGTGGACGTTCGATGCATGGACATCGGTACCTGAAGGTATGCGTGAAG TTCTGGTGGCCAGCTATGTTCTCGAAATGTGGTTCTGGTGGCATTCATCCTTGTGGAAACATTATCCTCCTTTTCTTCAGGCATTCTCCAAGATCGATGA CTCTGATCCAGATTCCACGATCCAGATTCCACTCCCACATATGCTCCTTCAACCAATTAAGACAGCGTCCACGATCCAGATTCTGAATGGCAAGAATTCT ATCAAGGATTACTTCGTGCACTGCTCAAAGCTTCAAGCTGCCACGTGTCATTTATGGCAAAGTCCAGCACTAGGATCTAGTGTCTGTGGGTTTCTTCTAT CGGCCGCAAGATCTCTCATCCTGCAGATCATACGTGTACATGAGGAAGCATTTGAATCAGATGCAATGGAGAGAATATTTTCCACTTTCCAGAACAATAA CATAAATGAAACTGATGTAGAACAGTTGAGCTCCCTTGTCAAGGCATCGAAACATCGACAATTGACCTCCAATCATTTATTGATCGAGTCGGTGCTCAAA GATCTCTACCTTCATCATACCTCGGCTGGCTGGAACATTGGATATACTTGGTTGAGGATCGGACTGCTGCGGTTCAACCTCCTGATCAACTGTGATGATG TGGATCCTATGATGGAATATTCCTACAAGAATTCACTACTGGAAGAAAAGATCTCATCACTTGAACTCGAAATCAAGGTGCGACAAGAATGCGAGTACCT GTCAGGATGGGTCCAGTCAAGAGAGGCTCACCAAAACAGAAAAGTGGAATTGGAAAAGCTTAGACTTGAGCAGAAAGAGCTTCAGAGCAAGATGGTGTTC CGAAGCGATGCCTCGAACTTTAGTGATCTTAGGAGAAATATCAAGGAGTTCAGTAAGAATGTCATGGTAGTGATTGATTTAGCAAGCAATATTAACGCCA GAGATTCCGAACAAGTTATTAAACAAGTCTGTAACTGGCAGGAAACAGCAATGCGTTTTATTGAGCAGATATCAGACGAGTATAAAGATTACGTCGATCA TGCCCAGCCATTCCAGGTGGCACTATACGAAATGAAATTAGGCCTATCATTGGTATCATCAGTTGCCCTGAGTAAAGACTTCCTGAACAAGATCAACGAG GAAAATATGGAATTAATTTTGGATTCGATTTATTCATTCATGAAGTTCCCTCGAATCCCTCGAGAGCACAGCCTTGAACTGAGAGTGGATCTGCTGGAAA ATCTTGCTACCATCTCGAGGGGCTTTGACGGCGTGAAATCGGTCTCGGTATTGCAAGTGAAAGCTGCAATTTATCATAACGTTCTTGTGCGTTTGGTGCA CCGACTAGCTGAGACACAGATGATCGACAGTGCATCTTTCAAGATACTAGACAAACTGTTCAATAAATTTGCTACAATGTGGATGGCTATGAAAGTTGAA GTCCAGGATAAAGAAGGGCATAATACTCATCAGTTTAAGTTCAAGCCTCGTGCATTTGAGATTGCAAACGTCGTTGATTCCGATGTGTCGGTGCTGGGCA GATTCTTCTCTGATGATAGCTTTTCCGAATTACAAGAGTTGCTTTCTGAGGATGATTCTTTGGTAAAGATACCAACTAACGACGATCATGGATCTTTGGA GGACGAATGGAACCTTATGCAGGAACCGGTTTTTGACAGCATGTTCAATTTGCACAACCAACTCTTTGGATCTATCAACCTTGTTAGATGCTTGGGGAGC ATCCAAATTTCAGAAACGGATCGATGCGATTCATTTAGGAACTCTTATGATTTGGGAGGAGGCATGATAAGAGGTTTAGGAGGTTTACTCAGTTCCTCTA TAGACACTAAACTTATGCCAGAGCACCTGTTTCGCCTTTGTTTGGATCGCGAAAGCAAGTGTTCATCAATTGATAAGTCATTAACCCAGTACAAATACTA TAAGGATTCGAATGCCCCTGTGCTAGCTAAAATGGTGAAGTTGCTTAGGATTCTTGAAGATAAAGTCACTGCACTCCTAAATCGGTCGGAAGATCACCCT GGTCTTCAGAAAATATTGGATGCTATTAAATCGCTGTTCGATATTCCTATGGAAACTCCTGTAGCAAAGGCTCTTCTAGGATTGCAATTGCTTCTCCATA GGGTCAATATGTTCCAGGAAAATGGATCAAAACATTATCTCTCTGATGAACTAGAACCTCTCGTTTCCTTGGCACGCTCATGGCAGAAGCTAGAGGTTGA CTCTTGGTCTCTGTTGCTGGATGAGGTTCAGGAGCAGTATGATACTAATGCTGCTAAGTTATGGTTTCCTCTTTCTTCGATTTTCCATCGAGGTCATTCC AGTGAAGTTGTGGACGGTGAAGTCGCGGAGTACGAGCGTGTCGAAGAGTTTGTCCGAACTTCTAGTGTCGGAGAACTGAAAAGGCGCCTCCAGTTACTTC TGGCTTTCTATGGCCAAATCAACGTTGGAAGATGTCTAAAAGCAGAAAATTATGCAAGCCGTTGGCAGGAGAGTAACATGAAGATATTATATAACGTCTT TGGATACTATGTTCAATTCTTGCCGAGAATACTGGAGCACCTCGGCGCGAGTAGAAAGAACATTGAGAAGGAATTGAAAGACCTCACTGGACTATGTAAA TGGGAGAAGGCGGATATTGCATTGTCTATTGAGAGTTCGAAAAGGAGCAGGCAGAAAGTGAAGAAGTTGATGAAAAAGTACAACGATATCTTGCAACAAC CTTTTGTGATGTTCCTCACGGGAGAAGCGGAACAGAAGGGAACAAATGCTCTGTCTGTGAAAAGTCCTATCAAGGACGAATCGGGGGATAGTTCTGCTAC ATTGATTGCTTTAGCAGATGAGATAGGGTCCAGGATTGAGCATAGGCATACTTGGTTCACTGAGTGGAGTAAAAAGTTTGAAGCTTCCCAGCGGTTACTC CTCAGCATGTCTTCCGAACATCGGCTTTCAAAGAACCAAGATACAAGTAATGCTTCGTGCCTTTCCGTCAAGGAAGAATGGATCGCCGTGAACCGTATAC TCCAGGATATATGTACCAAAGCTGGTGATTATGATGTTATGTGGAAGGATATGGAAAGGAAGGTGGGTAAAAGGAGGGCGTTCGCCGACCTTCTGAAGCT TCTAAAAGCTTCTGTGTTACTTGAGCACAAAAAGTTGTCCAATGAGTCCGATTCGCTGTTCCTTCAACCGTCATATGAAGTTCAGGATTTGCTGCCTTCC ACGAGTTCTGGTCTTCCCTGTGGGAACTTAGAGACGGAGTTGAAAGTATCAAATGAGTTCTACTTTCGAAGCATAGCTTCGGTGCAGCTACTGCAACGAT TATGTCTGCAACGTCATGAAGATATCACCCATGAGCAAGCGAGTCGGGTGGTCACGTTTCTGAACCATCTCATAATCATCCAACAGCGACAGCGTCAAGC AGCATATGATTTTGCTAAGCATTTACGGTGCTTGAGAAAATGCAAGTTGACTTTGGCAACGCTATATTCGAATTCCACGGATAGTGAGAACCGAACCGGT CCTGTATCCTCCATGCCTAGCTACCAGTCTGCCATCAGAAAATGCATGTGGGAACAGAAGGCAAGTTGTCGGGGAATTGATATAATCATCTGGTTCTTCT CTATGGCTTAA
AA sequence Show only first row Show all	>Lus10006876 pacid=23144412 polypeptide=Lus10006876 locus=Lus10006876.g ID=Lus10006876.BGIv1.0 annot-version=v1.0 MSTDGSFSVKSALTRFVGRCQELRSIKKFEDLVNKAEADLVADEVVNLVAELFVNPKYTIPLLGCFRALSPKIIARVVDLLSKHDLTLGEDIGDSDDAEV FILEHYIESRKGLLSQCNLTLGGDIGESDDAKVFILKHYIQSRKGLYLHELACLAFSRALDFDSSLWRSVSIYFKGSQPPFERFERLRKSRSEISEVLTL SLILFLSYTCACSLSGKPDFILCVDWYFTHYLLAVRTSYRLLLMEPEYLSKQWDWSPILDFVKEPQGLGMGSDIQWCVKQIVLLFGMNAKITENAEEDAA CLLRWEEFCADVALEKAGSYLESSGNGTANGFSEENCLKSITRGPQNSSQLLEREPALKRRKLFRFESDGRPFVVTSAIRRSFEMVLLAVSQKGPVLLYG PPGVGKTGLIAKLAQDTGNQVLSIYMDDQLDGKTLLGSYVCTEKPGEIRWQHGSLIQAVLNGYWVVFEDIDKAPADVQSILLPLLEGASSFVTGHGEEIH VPESFRLFSTISTYKSDVSRTIEGGNLLSVLWRRVMIELPNKDDLQSILKAWYPVLESLFGKILETFERVNSATTVHSFGSLSRTSGSPNFGTRFSTRDL LKWCKRISGLVSKFNRDVSSQLLSIYLEAVDIFAAFIGSSENRLSVMKEIANVWGVTISEDGILHPDKPVLQALTTGLRIGRVTLEQADTSVGRLVAMRS SLHLLERIACSVKYNEPVLLVGETGTGKTTLVQNLGMMLGQKLTVVNLSQQSDVADLLGGFRPADPWSICYPLFKEFKDLFASTVSLEANPTLLPHLENY LNHKKWAKLLNGLKKYVNDVVRNEKMGSGVKRNGDWMDWNNLAVKIGTAYGQLEESSGMIFSFVEGAFVKALRNGEWILLDEVNLAPPETLQRVISVLEG EYGSLCLAERGDIVDIPRHANFRMFACMNPATDAGKRDLPYALRSRFTEYYVDDVLDTEDLKLFVKKCLDREDQKLVVGDGKIDLDELENRIIEFYVSAK NDDRLQDGANQKPHYSLRSLYRALEYTKKASKKNEFGFQKALYDGFCMFFLTLLDIPSAKIMNEKIISMLFSKKKPSAVPFESYLQSENGLQSGELMDDY VLTKGVKKQLKNLARAVFIKRYPVLLQGPTSSGKTSLVHYLASRTGHEFVRINNHEHTDLQEYIGSYISDAHGKLVFHEGVLVKAVRKGHWIVLDELNLA PSDVLEALNRLLDDNRELYVPELQETIRAHPNFMLFATQNPPTFYGGRKMLSRAFRNRFVEIHVDEIPVHEMITIIEKRGKVPESRSKTMVEVMKKLQLQ RQSSKVFAGKHGFITPRDLFRWASRLQKFGDTKEVMAEQGYYLLADRLRDEGERVVVQEVLKRELEVTIDQDSLYKESGGSNSNSGFKSLGDVILTASMR RLFFLVERCYQLREPVLLVGETGGGKTTVCQLLSQKLGSKLHILNCHQYTETSDFLGGFYPIRERSLLAANYKDTVEKLLVTEAFIHYPTDLVISSDIRH GSTTIRSIDTVISNCKQGQFSVSESEFTAEDLDSLERMKWDLSQLHKKWQTIFMWQDGPLVQAMREGDLFLIDEISLADDSVLERLNSVLEPERQLDHIK LQGAGNTCDAGTHRSLYLFLQSLAEKGGSEMEKITAHPNFFVLATMNPGGDYGKKELSPALRNRFTEIWVPPVSDLEELKNIASKRLHCSELSYVLDVIV KFWSWFNQLQTGRILTVRDLLSWVEFIDVTRESLGAQYALVHGIFLVLFDGLSLGTGISVPDARLLRERCLSFLREQSELGDVLEFSLMDYGWSDHMDIS SNEDMQSGNRFGIKPFYIEKGDRCCESQGFEFLAPTTRRNAMRVLRAMQLSKPALLEGSPGVGKTSLIAALGKYSGHKVVRINLSEQTDLMDLLGSDLPV ESDEGMKFAWSDGILLQALKEGSWVLLDELNLAPQSVLEGLNAILDHRAEVFIPELGLTFKCPPSFRLFACQNPFHQGGGRKGLPRSFLNRFTKVYVDEL VDADYRYICSSLYPSVPGHLLSKLIEFNRKLHEDTMVHHKFGQDGSPWEFNLRDVIRSCEMMEGAQEKSKVDCFVNIVYMQRMRTSADRVEILRLYEEVF EAKPFINPYPRVQLNPGHVTVGNTVIQRNGSRFSKFLNTELKILPNIRHCLEAVVGCLQHQWLCILVGPPSSGKTSMIRLLAQLSGNKLNELNLSAATDI SELLGTFEQYDAIRNFRLVVAQVERYVDEYCSMKLGGASRDVMAKWLVLSSSIDFGSLSTSANMCMENWDNITKSLDMVVDIVEMLITNVPWASKELNKI HKSVLKAQDEQHGKRSTAKFEWVPGLLVKAIENGEWVVLENANLCNPTVLDRINSLVEQSGSITVNECGLVDGSPLVLHPHPNFRLFLTYNPASGELSRA MRNRGVEIFVMQPYWLLDGVDGYGCAEFEVKDVERFLVLSGIPGVRFVQIMAKAHTYARKEALRFGLEISYLELARWVQLYQKLLASGNRNLWSLQTSWE HTYISSLGKTAGHAIVSYGKHAYLSQLVLKSETSLESSLCLPGGWPAPLRMSDFVLHSENANVKQNFMYLEYLVLQYAGSVSSRGDVALMNEQMIYKLLY PGTPDHMSSRSGGNTMMIQKKVLYASNWTLEQATLMDYKLYFHRLSWLKSKVQPFNQLFGSFIELLKKEDHPIWKCIFKYNRELPSSRGLQNAVNLVGLW MKACLHWDAQNRHVFTDEALCFMPIFESLRELEKEVLTKLVESASYEALCAYAELRANHVAFWEAFESSNHDKKLISWRWLLKDVSNLKKDFCPSAENVL LSGRRNLDKVFHQQSERSLLWIYGGHPILPSSKKLYDAQQQLLKRCELIWPTNENPFEQENENFNSASIAADLRLLGLQGICMSLCITNKSEEDGTEVVK QLVEMEQVLLKRYSFECNKLHSNKNTISDGPIASCCMLRPELIRSDTRIVWQETTPIIDSSSFLLDMELLAKLSLALVHYRELQPELGSMAKRLEQALRY SFISGRPPQNFIPHQKILWTFDAWTSVPEGMREVLVASYVLEMWFWWHSSLWKHYPPFLQAFSKIDDSDPDSTIQIPLPHMLLQPIKTASTIQILNGKNS IKDYFVHCSKLQAATCHLWQSPALGSSVCGFLLSAARSLILQIIRVHEEAFESDAMERIFSTFQNNNINETDVEQLSSLVKASKHRQLTSNHLLIESVLK DLYLHHTSAGWNIGYTWLRIGLLRFNLLINCDDVDPMMEYSYKNSLLEEKISSLELEIKVRQECEYLSGWVQSREAHQNRKVELEKLRLEQKELQSKMVF RSDASNFSDLRRNIKEFSKNVMVVIDLASNINARDSEQVIKQVCNWQETAMRFIEQISDEYKDYVDHAQPFQVALYEMKLGLSLVSSVALSKDFLNKINE ENMELILDSIYSFMKFPRIPREHSLELRVDLLENLATISRGFDGVKSVSVLQVKAAIYHNVLVRLVHRLAETQMIDSASFKILDKLFNKFATMWMAMKVE VQDKEGHNTHQFKFKPRAFEIANVVDSDVSVLGRFFSDDSFSELQELLSEDDSLVKIPTNDDHGSLEDEWNLMQEPVFDSMFNLHNQLFGSINLVRCLGS IQISETDRCDSFRNSYDLGGGMIRGLGGLLSSSIDTKLMPEHLFRLCLDRESKCSSIDKSLTQYKYYKDSNAPVLAKMVKLLRILEDKVTALLNRSEDHP GLQKILDAIKSLFDIPMETPVAKALLGLQLLLHRVNMFQENGSKHYLSDELEPLVSLARSWQKLEVDSWSLLLDEVQEQYDTNAAKLWFPLSSIFHRGHS SEVVDGEVAEYERVEEFVRTSSVGELKRRLQLLLAFYGQINVGRCLKAENYASRWQESNMKILYNVFGYYVQFLPRILEHLGASRKNIEKELKDLTGLCK WEKADIALSIESSKRSRQKVKKLMKKYNDILQQPFVMFLTGEAEQKGTNALSVKSPIKDESGDSSATLIALADEIGSRIEHRHTWFTEWSKKFEASQRLL LSMSSEHRLSKNQDTSNASCLSVKEEWIAVNRILQDICTKAGDYDVMWKDMERKVGKRRAFADLLKLLKASVLLEHKKLSNESDSLFLQPSYEVQDLLPS TSSGLPCGNLETELKVSNEFYFRSIASVQLLQRLCLQRHEDITHEQASRVVTFLNHLIIIQQRQRQAAYDFAKHLRCLRKCKLTLATLYSNSTDSENRTG PVSSMPSYQSAIRKCMWEQKASCRGIDIIIWFFSMA

---

DESeq2's median of ratios [FLAX]

Order by: Tissue Experiment Show only core collection Show again Show schematic diagram

---

Coexpressed genes

Compare expression of checked genes Schematic diagram [FLAX] Schematic diagram [POPLAR]

*If you select 4 or less genes and then press "compare expression", expression will be shown as a graph. If you select more than 4 genes, expresion will be shown as a heat map.
*Color represents relative expression level among samples for each gene.

At best	At TF class	At alias	At description		Locus	MR	r	Symbol	HYP	R_s2_CTR	R_s2_Fox	R_s4_CTR	R_s4_Fox	R_r1_CTR	R_r1_Fox	R_r3_CTR	R_r3_Fox	R_r1s2_CTR	R_r1s2_Fox	R_r3s2_CTR	R_r3s2_Fox	R_s6_CTR	R_s6_Al4	R_s6_Al12	R_s6_Al24	R_s8_CTR	R_s8_Al4	R_s8_Al12	R_s8_Al24	R_r5_CTR	R_r5_Al4	R_r5_Al12	R_r5_Al24	R_r7_CTR	R_r7_Al4	R_r7_Al12	R_r7_Al24	LEAF_N	LEAF_P	LEAF_NPK	SAM	AR_Bet	AR_rdf	cPAR	TOP_Bet	TOP_rdf	iFIBa	iFIBb	MID_Bet	MID_rdf	tFIBa	tFIB_Gr	tFIB_Li	tFIB_Bi	tFIBb	tFIBb_PUL8	tFIBb_PUL24	tFIBb_PUL96	tFIBb_OPP8	tFIBb_OPP24	tFIBb_OPP96	sXYLa	sXYLb	sXYLb_PUL8	sXYLb_PUL24	sXYLb_PUL96	sXYLb_OPP8	sXYLb_OPP24	sXYLb_OPP96
AT1G67120			ATPases;nucleotide binding;ATP...		Lus10006876 [exp]	0	1
AT4G27010		EMB2788	EMBRYO DEFECTIVE 2788, unknown...		Lus10041554 [exp]	1.4	0.9810
AT3G55160			unknown protein		Lus10007253 [exp]	3.0	0.9737
AT1G64790		ILA	ILITYHIA (.1.2)		Lus10003102 [exp]	3.2	0.9744
AT1G26170			ARM repeat superfamily protein...		Lus10031911 [exp]	3.5	0.9607
AT5G61990			Pentatricopeptide repeat (PPR)...		Lus10016727 [exp]	3.9	0.9611
AT1G64790		ILA	ILITYHIA (.1.2)		Lus10004767 [exp]	4.0	0.9712
AT1G64790		ILA	ILITYHIA (.1.2)		Lus10003101 [exp]	6.0	0.9589
AT2G40030		NRPE1, DMS5, AT...	DEFECTIVE IN MERISTEM SILENCIN...		Lus10016333 [exp]	6.9	0.9530
AT3G06530			ARM repeat superfamily protein...		Lus10008676 [exp]	8.4	0.9598
AT1G20960		EMB1507	embryo defective 1507, U5 smal...		Lus10022082 [exp]	10.5	0.9550

Compare expression of checked genes

Lus10006876 coexpression network

*The number of genes in the network is adjusted within 50 genes.
*Gene name represents symbol(s) of closest Arabidopsis gene if symbol(s) for the gene itself doesn't exist.
*Circle diameter represents the number of connection with other genes within this network.
*Color for gene name represents subnetwork based on the result of network clustering.