Plant FIBer expression Database

External link	JGI Phytozome v13 [genome browser] Popgenie AspWood
Symbol
Arabidopsis homologues Show only best Show top 10	Locus ID BLAST score/e-value TF class Alias TAIR10 short description AT1G67120 4857 / 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
Flax homologues Show only best Show top 10	Locus ID BLAST score/e-value At best hit BLAST score/e-value TAIR10 short description Lus10006876 [exp] 4567 / 0 AT1G67120 3664 / 0.0 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1) Lus10006875 [exp] 921 / 0 AT1G67120 640 / 0.0 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1) Lus10037616 [exp] 184 / 1e-49 AT1G67120 107 / 6e-25 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1) Lus10037615 [exp] 72 / 2e-14 AT1G67120 64 / 7e-14 ATPases;nucleotide binding;ATP binding;nucleoside-triphosphatases;transcription factor binding (.1)
PFAM info	Clan ID Clan name Pfam ID Pfam name Pfam description CL0023 [poplar] [flax] P-loop_NTPase PF07728 [poplar] [flax] AAA_5 AAA domain (dynein-related subfamily)
Representative CDS sequence Show only first row Show all	>Potri.017G039100.1 pacid=42813343 polypeptide=Potri.017G039100.1.p locus=Potri.017G039100 ID=Potri.017G039100.1.v4.1 annot-version=v4.1 ATGGCGATGGATGGAAGTTTCAGTCTTGAATCGGCTCTGGAAAGGTTCCTTACTCGTTGCCCGAAGCTTGCGACGATTGACAAGCTCCAACGTTTTGTAG AAGCGGGGCATACTGTGACGGAAGAAGAAGTGGTGAAGTTGTTGGCAGAGCTGTTTCTGAACCCTAATTATACTATCCCTTTGATTGGTTCTTTTCGGCC GGTAGCTCGAAAGATAGTAGATCAAGCTGTGGCTTTGCTTAGGAACTGCAATCTAAGTTCTGATTCAGATGATATAGAAGGGGATTTTGTTGATGCTGAT GTTCTTTATGTTATTGAGCACTATGAACGGAGTGGGAGGGGTTTGGAGCTTCACGAGCTTGCTTGCCTGGCCTTTTGTCGTGCCCTTGACTTGGACCATT CTTTATTGGGGTCTGTCACAACTTACTTTAAGTTTGCTCCGCCTCCTTTTGAACGCATATCGAGGAACAAAGTAGTTTCTGAGGATCAACTGTTCCAGGC TGCAAATCATTACTTACTTGCTGTGAGGATATCATACCGCCTCCTCCTTATGCAACCTGAGTTCTTTTCTGAACAGTGGAACTGGTCCTGTTTTTTGGAC CACGTAAAGAAGTTAGTAAATCTTGATCTGTTCCATGTTGCCAAGGATGCAAAGGCGATCGCAGATATAAAATGGTGTGGGATACAAATTCTGTGTACAA TTTTGGGAATGAGTGACAAAGCAGTTGAAAATTTTGGTGTTGGAGCTGAGGAAGCAACTTTGTGTTTGTTGCGCTGGGAGGAGTTTTGTCAGGATGTAGC TATAGAGAAGTTTTGCTTATGCGTTGGATCTTCTGAGCAGACTAACTTTGGTTCTTTCACTGGAGGCATCAAGTTCGGTCAACAAAACTTCCTAAAGTCT TGTGGTCTTAATTCTCTGATATCATCACATTGTCATCAGATTGAGCCAGTGATTAAGAGTCGAAGGGTGGTGACATGGGATGAAAGGTCAACTGCCTATC CATTTGTCGTAACATCTATGATGAGTAAAGGCTTTGAGATGGTGCTCTTGGCAGTGAGTCAAAAATGGCCTGTGCTACTGTATGGCCCCCCTGGGGCTGG GAAAACTGCTCTCATTAACAAGTTGGCTCAGGATGCTGGGAATCAAGTTCTATCTATTCACATGGATGATCAAATTGATGGCAAAACACTGATTGGGAGT TATGTGTGTACTGAGCAACCTGGTGAATTTAGATGGCAACCTGGGTCACTTATCCAGGCTGTTCTGAATGGATATTGGGTTGTATTTGAGGACATTGACA AAGCACCATCGGATGTGCAATCGATCTTGTTGCCTTTGTTGGAAGGTGAAATCGCTTTCATTACTAGTCACGGAGAGGAAATAAGGGTGGCGGAGAGTTT TCAACTATTTTCTACCATCACTACTTCCAAGAGTAATGTATCTCACACAGCAGAAGTTGCAGGTGGAAGTTCACTTAGCACACTTTGGAGGAGAGTGATG ATTGGACTGCCAAGTAATGATGACTTGGAAAATATAATGAAAGCATGGTATCCAAGTTTGGGACCTCTCACCGGAAGACTCATAGAAACAATGGAAAGAG TTAATCCTTCTCCATCTGGAAATTCTGCCTGCTTAAGCTGCCTTAACAGGTTCTCATTAAGGGACCTCCTTAAATGGTGCAAACGAATAGCAGAATTAGG TTTGAATGGGGATATGCTGACAGCTTATCAGTGCCATCTTATCTATCAAGAGGCTGTAGACATATTCGCGTCCTTTTCAGCCCCTTCTGAAAATCGACTC ACTGTAATGAGAGACATTGCAAAGTTGTGGGGAGTTCCCATCTCAGAGGCAGGAATCCTTTATCCTTGTAAACCTGAAATTCAGAATTTGTTCACAGAAT TAAGAATTGGTCGAGTTACCCTTCAACGCACTGAAACTGTGGTGCATGGCCAAGAGAAACTTGTTGAGATGCGGAGTTCTTTGTATGTGCTCGAGCAAAT AGCTTGCGCTGTTAAGTACAATGAGCCCATTCTCTTGGTTGGTGAAACTGGAACAGGAAAGACAACACTTGTACAAAATCTAGCCATGATGCTGGGTCAG AAGCTTACTGTTTTGAACTTGAGTCAACAAAGTGATGTTGCTGATTTGTTGGGGGGATTTAAGCCCATAGATTCACTATCTATATGTATTCCTCTGTATA AGGAGTTCGAGATTCTATTTTCCAAAACATTTTCGATGAAGGAAAATGATAAAATTTTTGCTTACTTACAAAAGCAAATGAAGAACAAGAACTGGAAAAC TTTATTAAATGGATTTAAAAAGTATGTTGATAATTTCCAAAAAAAATTACAGACAGAAAGATCTGGGTCTGGGAAGAAACGGAAAAAACCTTTGGATGAA AATATCAGAGCTTGGGAGAGTTTCTCTGTAAAACTTGAAGCTGCTCTTCGTCAAATCGAAGCTTCATCTGGAATGCTATTTTCATTTGTAGAAGGATCCT TTATAACTGCTCTTAGAAATGGGGAGTGGATTTTGCTTGATGAGGTGAATTTGGCTCCACCTGAGACCTTGCAAAGAGTTATTGGTGTCCTTGAAGGAGA ATATGGATCACTTTGCTTAGCTGAAAGAGGGGATGTTAGTCATATACCTAGAAATCCTAGTTTCCGTATATTTGCATGCATGAATCCTGCAACTGATGCT GGGAAGCGAGACTTGCCATACTCATTGCAGAGTAGATTTACAGCATACTTTGTCCATGATGTGTTGGATAGAGATGATTTGAAGTTATTTATTAACAAAT TTATGGAGGAAAGCATATCAAATATTGAACTTGAAAAGAAAATAATTGATTTCTATGAAGCAGCCAAAAAGAACTCTGAAGAAAGGCTGCAAGATGGGGC CAATCAGAAGCCACAATACAGTTTAAGGTCTTTATACCGTGCACTAGAATATACCAGGGGGGCAAAGGGAAAATTTGGATTTCCAAAAGCAATTTATGAT GGATTCTGCATGTTCTTTCTTACTATGTTGGACAGACCTAGTGCCAAGATTATGAAAAAGATGATAAAGGAGAAATTGCTGGGAGGAAATAAACCTTCAC CTGTACCTTTTGATGCTTACTTGAGGATTACAAAAATCTCTGGTTTTGATGATTTATATAAGAATTATGTTCTAACGAAGAGTGTTAAGAAGCAACTTGA GAACTTGGCACGTGCGGTTTTTATTAAGAGATATCCTGTTCTGTTACAGGGTCCCACTTCTAGTGGGAAAACTAGCCTTGTCCAGTATCTTGCTGCAAGA ACTGGGCATGAATTTGTACGGATAAATAATCATGAACATACTGATCTACAGGAATATTTGGGTTCCTATATATCTGATGCGCAAGGGAAGCTTGTATTTC AGGAAGGCATATTAGTTAAGGCTGTTCGCAATGGTCACTGGATTGTTCTGGATGAGCTCAATCTTGCTCCTTCAGATGTGCTGGAAGCATTGAATCGATT GTTAGATGACAATAGAGAACTCTTTTTGCCTGAATTGCGAGAAACTGTTCGGGCACATCCAAATTTTATGCTTTTTGCCACCCAAAATCCACCTACGTTC TATGGTGGGCGTAAAATGCTTTCCCGAGCCTTCCGAAACCGTTTTGTGGAGGTTCATGTGGATGAAATTCCAGATGATGAGTTGAGCACAATAATAGAGA AAAGGTGTAAAATACCTGGAAGCCGTGCTAGGTTGATGGTTGAAGTAATGAAGGAGTTACAGTTTCACAGGCAGAGTAGCAAAGTTTTTGCTGGGAAACA TGGATTCATAACTCCACGAGACTTGTTTCGCTGGGCAAATCGTTTGAGGGCTTTTGGAGATTCTAAAGAAGTCATGGCTGAGCATGGTTATTATCTTTTG GCTGACAGATTGCGGGATGAAAGAGAGAGGCATGTGGTTCAAGAAGTTTTGGAAAGGCGTCTACGTGTGAAAATTGTCAGAGATCACTTGTACAAGGAAT CAGTTGCAAGGGAATCAGAATCAATTGGAAGTGATTTGCAGAGTTTGGGCGATGTCATACTCACCCGAAGTATGAGGAGATTGTATTTCCTTGTCAAGCG TTGTTTTGAGTTGCGTGAACCTGTGCTTCTTGTTGGCGAAACTGGTGGCGGGAAGACTACTGTCTGTCAGTTACTGAGTAGAGCATTGGGGTTAAAATTA CACATCTTGAATTGCCACCAATACACCGAAACATCTGATTTCATTGGGGGGTTCTTTCCTGTTCGAGAGAGATCACGACTAGCATCAGAATTCAAATATA TAATTGAAAAATGGATGCTTTCAAAAGCTTATACCCACTTTGCTCAGGACTTGGATCTTTCTTCTGATATTGGTCAGGCTTCTTCCACTCTTGATCACCT CAATCTAATAATAACAAGCTATAGACAAGGCCAAGTTTCATGTCCTAATGTCAGTGCGAAAGACATCGACACTCTTGAGCAGATGAAGTGGGACCTGACA TGTTTACTTCAGAAGTGGCAAACAATATTTATGTGGCAAGATGGGCCTCTAGTGCAAGCAATGAAGGCTGGTGATCTGTTTCTTGTTGATGAAATTTCTT TGGCTGATGATAGTGTATTGGAAAGGTTGAACAGTGTCTTGGAGCCAGAGAGAAAATTGTCATTGGCTGAGAAAGGAGGGCCAGTCATGGAAAATATTAC TGCTCATGAAAATTTTTTCGTCCTTGCAACTATGAATCCTGGTGGGGATTATGGTAAGAAAGAATTATCTCCAGCTCTTCGCAACAGGTTCACCGAAATT TGGGTTCCTCCTGTTTGTGATTTAGATGAACTTGGAGATATTGCTTCAAAAAGACTTTCCAATCCAGAACTCTCATACATTGTGGGTGCTATGCTGAAGT TCTGGGAGTGGTTCAACAAGCTAGAGAAAGGGAGGGCGCTCACTGTGAGAGATCTCCTCTCTTGGATTCAGTTTATTATGGTGACCAAAGAAGGTTTAGG ACCTGATTGTGCATTCCTCCATGGGCTTTTCCTTGTTTTACTTGATGGAATAAGCCTAGGTACTGGTATTTCCAGAAAGGATGCAGGATTATTTAGAGAG ACATGCCTGTCTTTTCTTTTGAAAGAATTGAAGGAGGATAGTAATCTACATGAACTTTCATTTATTGAAAATTATGGTTGGGGTGATCTTGGAGAAACTG GCAATATTTCATGCAGTGATGATATGCAGTGTGACAATAGCTTTGGTATAGATCCGTTTTACATTGAAAAAGGTTATGAAAAATGTGAGGCTGGTGGTTT TGAATTTTTGACACCAACAACACGAAGAAATGCTTTGCGTGTTTTGCGAGCTATGCAGCTTCCAAAGCCTGTTTTACTGGAAGGCAGTCCTGGTGTTGGT AAGACAAGCTTGATTATTGCCTTGGGAAAATATTCTGGGCACAAAGTTGTCCGCATAAATTTGTCTGAGCAGACTGACCTAATGGATCTGCTGGGAACGG ACCTACCTGTTGAAAGTGATGAAGGGATGAAATTTGCATGGTCTGATGGAATCTTGCTACAGGCTCTAAAGGAGGGTTGTTGGGTTTTGCTGGATGAGCT TAATCTTGCCCCACAGTCTGTCTTAGAGGGCTTGAATGCTATACTGGATCATCGTGCCGAGGTCTTCATTCCAGAGCTTAGCCTTACCTTTAAATGTCCA TCATCTTTCAGAATATTTGCATGTCAAAATCCTTTTTCTCAAGGTGGTGGCAGAAAAGGCCTTCCCAAATCCTTTCTGAACCGTTTCACTAAGGTGTACA TAGATGAGTTAGTAGAAGGTGATTATCTTTCCATCTGTAATTCGCTTTATCCCTCCATTCCAAGACCCTTGCTTTCAAAACTGATTGTCTTCAATAAAAG GCTACATGAAGACACTATGTTATATCACAAGTTCGGTCAAGATGGCTCCCCTTGGGAGTTCAATTTGCGTGATGTGATTCGTTCATGTCAGATCATTGAA GGTGTGCCTGAGAAGTTGAAGGTTGATTGCTTTCTCAACATTCTCTATGTTCAGAGAATGCGTACTGCTGCTGACCGCAAAGAAGTCCTGCGGATCTATG AAGAGGTATTTGGGGTTAAACCATTCATTAATCCTCACCCACGAGTGCAGCTAAATTCTAAGTATTTGATTGTGGGGAACACTGTCATCAAAAGGAACAT TTCACGGTCATCCAAGCTTTCAAACAGTGGATTGAATATTATCCCCAGTATTCGCCACAGCATGGAAGCTGTTGTCCATTGTATAAAACATCAATGGTTG TGCATCCTGGTTGGTCCACCTTGTTCAGGGAAGACTTCACTGATAAGACTATTAGCTCAGCTCACTGGCAATGTGCTAAATGAATTGAGCCTTTCAACTA CAACTGATATATCCGAGTTGCTTGGATGTTTTGAGCAGTATAATGCCTTTCGCAATTTTAGGTCCGTCATTGCTCAAGTTGAGCGCTATGTTAGTGAGTA CTGCAACTTGCAATTGGAGTTTTCAAAGGTGGCATTTATGAGTGAAAGAACTGATTTGATCACCAAATGGCTAGCTTTCTTATCTACTATGAATTCCAGC TCCATGGCAAGTTCTACTTCTATTCATCTGGAGAACTGGGAGAGCATGATGAACTCTCTTAGTTTGCTTGTTGAGATCATTCAACAAATGAAGTTGGATA TTGTACAAAATGAATTACCTTTTTCTTGGTCAACTGAAGAGCTAAATAAAACCATCAAGGTAATCTCAAAGCTGCAAGATGATCAACAAAGAAGGTCACG TTCAGTTAAGTTTGAATGGGTGGCAGGATTACTCATCAAGGCAATAGAAAATGGGGAATGGATTGTTCTAGAGAATGCAAATCTTTGCAATCCCACGGTT CTTGATAGAATCAACTCTTTGGTGGAGCCGAGTGGTTCGATTACAGTTAATGAGTGTGGGATAGTTGATGGAAGCTCAGTGGTTCTTCATCCACACCATA ATTTTCGAATTTTCCTCACAGTTAATCCAAGCCATGGTGAAGTGTCCCGAGCAATGCGAAACAGAGGAGTTGAAATCTTTATGATGCCGCCATACTGGCT ACATAATGACGAAAGTGGCTGCAGTGGTGCAGACTTTGAACTTAAGGATGTAAAAAGATTTCTTGTTTCATCTGGCATTCCTATGGATAGATTAGTTGAT TCAATGGCCAAAGCTCATGTTTATGCCAAGAATGAAGGCTTGCATGTTAATGTTCAAATCACATATCTTGAGCTTGCCCACTGGGTCCAGTTATTTCATC AGCTTCTCATAAATGGTAACCAGCCTTTCTGGAGCCTCCAACTAAGTTGGGAACATACTTATTTATCTTCTTTAGGTGAAGCTGTGGGATGGGATATTGT CAATCACGCAAAAGTTGCTTACTTCTCAACCGCAACGTTGTCAGAATCTGATTTGCCCACAGAGTTTTCATTTTATTTGCCTGGGGGGTTGCCAGTGCCA ATGAAGTTGAGGGATTTTATGTGGTATTCAAAAGAAGCTTCTGTCAGACAGAATCTCATGTATTTGGAGTACCTTGTGTCTCAGTATGAGTTAGGATCTT CAAGGAACAGGAGCTGTGTGGACGATGCTTTGTCTGCTCCTAGCCACAAGGGAAACGGTTTGATGGATATGAACATGAAAGGGCAGCTCGTGTTTCCTAA GGCTCTGAACTGCATGAATGCTAACTCTGTTAGGAACACAGAAATTGACATGAAGCTGACGAAGAGGATGCTATTGTTTGCTGCCAACTGGACAATTGAA CAAGCAACTGGAAGTGATTATAAACTTTATCTTCTCCACTTTAGCTGGTTTAGTTCCAAACTGCAATCATGTGATAATTTTTTCAGATCTTTTCTGCATT TACTCGAACAAGAATTGGAGCATCCTATTTGGAAGTGTATTTTTCATTCCTTCCATGAGCTTGCATCCCTTCCTGCTGCAGATTCTAGCCTGCATCTGAC ACCGTTGCTTTCACTTGATTTTGTTGATTTAACTATGTCATATGACAGGCCAGAAGTGTCACATAAATTCCTTTGCAATGCTATTAACTGTATAGACCTT CTGAGGCTTTCATATCAACAGTGGAATGCTCAAAGGGAGCATGAATATACTAATGAAGCTCAGCATTTCAAACCTGTCTTGGATGCTCTGCAGGAGTTGG AAAAGGAAATTCTTAATATGCTTGTTGAATCTCCATCTTACAATGTCCTGATAAAATTATACAGTGACATTCTTGAAGATCACCTGACATTTTGGGATGT TTTTACCTCATCCCGGTTCGAGAAATTGCCTTTTTCTTGGCATTCTTTGATGAAGGATGTTTTGAAATTGCGGGATTTCTGTCCTGGAGCTGTTGACAAT CTATTCATGATTGCTGAGAATATAGATAAAAAACTTAATCAACACTCACAACAATCTTTGCTCTGGATTCATGGTGGTCATCCAATTTTACCTGCATCTG CTGAATTATTTAAGCAGCAGCAGTTGTTTATAGAGCTATGCGAGTCAGTTTGGCCAACAAAGGCAAATCCCTATAATCAAGGGGATGATTGTCTCGTTGA GATGGCCACATCTTCCACCCCTGAACTTCGCTTCCTTGCAGTTCAAGGTATATGCATGTCAGCATATATTACCAGTAGATTTGATGAAGATAGTGGTGAA GTTGCTCTGCATTTGGCGGACATGAGTCAAATGCTGTTGAAAAGATTTGAATATGAGAAAAGCAAATTGGAGGCAAAGTCAAAGTCCGTTGAGACTGCTA CTATCGAGGGAAATTCAATATCTTGCTGTGATTTCTCTCCTGAAGCACGGTGTACAAAACCTGGCTTTGCTTGTTGGCTGGAAACGCGTCCTATTATTGA CAATACAAGTTTTTTCCTTGACATGGATCTACTTCAAAAGCTTTCAATGATTGTTTTGGTTGATCACAAAGAATGTCAGCTGGCTTTGGGCAGTGTATCT AACCTGATAGAGTCTGCCATGAAACATTCTTTAACCTTTTCAACAAGACCTCCCCAAAATTTTATACCTCATCAAAAAATTTTGTGGACACTTGATGCAT GGATGTCGGTGGATGCAGTGAACGCAAAAATTGCCAGTTATGTTCTTGAAATGTGGTTTTGGTGGCATTCGTCTTTGTGGAGCCATTGCCCTGTTTTTTC TGAGAACTTTGGAAAAGTTGATGGTTATCATACTCCACTGCCTGATATGCTAGTTCAATCTGTGCGGACTGCATCTGTTGTCCAATCTCTGCGAAGAACA TGTGCTATTAAGGATTATTCTGTGCACTGCTTGAAGCTTAAAGCTGCTTCGTGCAACTTGTGGCAAAGTTCTTTACCAGGGATGGACTTATCCAGTTTTC TCTTATCTGTTACTCGCTCTCTCTTCCAACAGATTATATATGCACACAGAAAGGCATTTGATGCTGATAAGTTTGCTGCAATCAAGTCCATATTTTGCTC CTTCCATAAGAATGTGGCAACGCAAGATGACATACAGCGTTTGGTATCAATTCTTGGATCGTCAAACCATCAAAAGCTGAACTCCTTGGTGTCTTTGTTC ATTGAGCCAATACTTAAAAAGCTTTATCTTCACTGCTCATCCACCGAGGTGTACTTGAACATGGGCCATGCATGCTTAAAAATCGGGGCTTTACGTTTTA GTCTCTTGCTTAGCTGTGATGATTTCGACCCTGCCATGAAATATTCTTTCAAGCACTCTCAACTAGAAGAAAGGATTTCATCTCTTGAGCTTGAAATAAA GGTGCGGCAAGAATGTGACTATCTTGCAGGGCGGTTATCCTCAATAGAGGCTGATAAAAAGCGAGCAGATTCATTAGAAAGGCTTGAATTTGAGTGTAGA AGGATTCAGAAAAAGATGGTGTTCCGCTGTAATCCTTTAAAATTTAATGCTTTGAGAAAGGAATGTGGAGAGTTCCTTAAACCTGCTAGGATGGTTGTGG GTTTGGTGGATAACATTGAAGGTATGGATTTACAACAAGTTCTTGAACAAGCATCCAATTGGCAGGCAACAGCAACCTCTTTTATTGACCGATTATCAGA TGAATACAAGGAGTACATTGATTTAGCTCAGCCATTTCAAGTTGCAGTATATGAAATGAAATTGGGCCTGTCGCTGGTCCTATCATTTGCCTTGCTCAAG AAGGTTCTGAATAGAATCAAAGAGGATAACATGGATAGAGTCATGGAATCAATTTATTCATTTATGAGATTTCCTCGTGTACGTGCATTCGTACCAAGTT CTTCTCATAGCATAGGCAGTCCTGCTACCTTTTGGGACCGTGAAATGGGTTTTCTGGAAAAGCTGATTATGCTTTCTAGTGAAGTCACTACTGAAAAAAT GGGGTCTATCTTGCAACTCAAAACTGGTCTTTATCAGAATATTGTTGTCCGTGTTGCACATTTTGTAGCTGATGCACGGAGGATTGATGATGCTTCTTTC AAGATATTGGATAAGATGTTCCATGAATTTGCCAACATGTGGATGAATATGAAAGTTCAAGTAAAATGCAAAGAAGGCGATGATGCTCAACAATACAAGT TCAGGCCTCGTGCCTTAGAGATCAAAAGCATTGTTGATGTTGATTTTTCTACTCTTGACCAATTCTTTCCAAATGATAGCTTTTCAGAATGGCAGGAGTT TCTCTCTGAAGAGGAATCTTTAGAAAAGTTGGAAGCTAGCAAGCATGAGAGTGTCCAGGATGAATGGAACCTTATGCAGGAAACCATCATGAAGAATATG ATCTGCATACACAACCAATTATTTGGGTCCACCAATCTTGTTCTATATGCTGGAACTTGCCATGTTGTTGAGGCTGATAGGTTGCATTCATTCACCAACT CTTACACATTAGGGGTGGGGATGATTGAAGGGTTAGGAGGTCTGCTAACCTCCAGTTTGGATGGAAAACTCATACCAGAGCATTTACTTCGCCTTTGTTT AGAGCATGGTTCGAAACTTGTCTCTTCTCAAAAATCATCGGCCAATTACAATTTTTACAAGGATTCAAATGCACCCATGATGGCTAAAATGGTGAAGTTA GTTGCTAATCTTCAACAGCAAATACATAGCTTTTTGAGTGAGTGGGAAGATCACCCAGGTCTCCAAAAAATCACGGATACCATTCAAATGCTGTTGGCTA TTCCAGTGGAGACCCCTCTTGCCAAGGCTCTTTTGGGATTGCAATTCTTACTTAACAGGGCCAGAGCATTACAGGAAAATGAATCAAAATTCCCTCTCTC TGATCAATTGGAACCTATTTCTGCTCTGGTATGCTCATGGCAAAAGATGGAATTCGACTCATGGCCCGCTTTGCTTCATGAAGTGCAGGAGCAATATGAC ATTAATGCTGGCAAGTTGTGGTTTCCTCTATTTTCAGTTTTGCATCACAGTCATTTTGCTGATATTGCTGGATATGAGCAATCTACTATAGAAAGTTTAG AGGAGTTCATTCGAACTTCCAGCATCGGTGAATTTAGAGCGCGCCTTCAACTTCTTTTTTCTCTCCACGGTCAAATCACTGCTGGCAGATGCCTAGAAGT GCAAAATTATTCAAGTATGCGGCAGGAAAAAAATCTACAGATTCTGTATAATGTTTTCGGATACTACATTCAGTTCTTGCCAAGAATATTGGAGGACATT GAAGCTAACAGAAAAGGTATTGAGATGGAACTGAAGGACATTTTGAAGCTATTCCATTGGGAACGAACAGAGATTTGCTTGTCTGTTGAAAACTCAAAAA GGACCCGACAGAAGCTTAGAAAGCTAATACTAAAGTACACAGATTTGCTGCAACAACCTGTAATGCTTATTCTTGACCGAGAAGCACAGCAGAAAGGACC AAAAATTCATTCTCTACAATTTCCAAAGGCCTTGAAGGATAACAAGAACACTATTTCAGATCTGACACAGTTCTGTGAAAAAGACAGGTCTATATGGTTA GCTGATTGGAGGAAAAAAGTAACTGATACTTTGCAGGACATGCACTTCAAAAACACTCTGGGATTAAGTTTTCTTGATAATAAAGATGTCACAAGTATCA CCAGGCAATGCCTCGCTTCCCATTCTTCTCACCTATCACGTGATGAACAGTGGAATGTTTTGTGTTGGACAGTGGAAAAGATATTCAAAACTGCTATGGA TTGTGATGATCTCTGGAATGACACAGGAAAAGGTGTAGGGAAGAAAAGGGCTTTATCTGAACTTCTAAAATTATTAGATACTAGTGGGTTGCATAAACAC AAGTTTGAAATTATGAAGATATCCAACAGCTCCAACTGGTTGTTCATTCAACCATCATACAATGCACAGCATTTGTTGCTGACACCAAGTAGACTATCTG GTGAAGCTTTTGATGTTTCTACTTCCAGTGAATTGCAATGTTTGCCCGATGACTATGTGGATACTATGTGGAAATCAGCCAATGAGTTTTACTTCAAAAG TGTGGCATCTGTGCAGTTTATGCAAAGGATATGCCTGAAACCCCATGGTGATATTACTTATGATCAGGCTAGTAGGGCAGTCTCTTTTCTTAACCATCTC ATTATTATACAACAATCACAACGTGCAGCTGCCTATGGTTTTTCTAAGCAATTGAAGTGCTTGCGGGAATGTACATATGCTTTTGAAAACTCGTACGTAA AGTGCACTGACATTGATGAAAGAACTAGCAGTGAGTACTCTATTGTACAAAATCAGCATGCCTTCTTTCAGTGCATGTGGAAACAAAAGCAACTTTTTGA TGGTCTAACTACTCTGTTGGCTGAGGAATCACTGTTGCTGAGAACAGTGGAAAGCACCCATTTGAAGTCTTGTCGAAGTGTCAGACCTGCTGCAAATCAT GTGCTTCAATTCATTGAAAAATTTATCCCAGTTACACAGAAATCCAAGGAGTCATTGGATAACTATCTTCTTGGTCCACTAGGAGGCCTGCAAAGTCTTC TCCAGGAATCATTGGATAAATCTCTACTTGGCCGTGTTGTTACTATATCTGCTGGACCTTCACGTCCTTACATTATTTCAAAACAAATGGAACAGTTGGT GTATAAAAACTTCCAAGTCATTAAGGAGTTTGAGGAGCATTTCTTTGATTTCCGTAAGCAAGACTGGAATAGAAGCTTCATCATAGAGACACTGCTTGGT CATTTTGATGACGTATTTAAAGAGGGGAAGATGTTGGCTGACCAGTTTGAGGCTGCTCTGAAGCAAAGGAGCCAGTCAAGAGATTCAAGTGAAGAGGTTG ACTACAACAGTGGAAATAACTATCAGCTTGAAGCTGATTTTGACAGTGCCCTCAAGAAAGCGCACAACCTTGTTATGGAGGCTTTGGAAAAACAAATTTC TCCAGGTGATGGAGGCGCTCTCTCTGAAGAATCATTGGAGAATATTTCTTCATGGGAATATTTATTTAAATCATCTGTTCAAAGCTTGAATGTGGAAGAA TTATGTGATATTCTTCTCAATATAATAACTTGTGCGAAAAAAATGGTGGATCATTCTGGCAGTGAAACTTCCCATATTTCTTTTCACATTGGAAGGTGTT TTCAGCATCTTCATTTACTTTTGGAGCTAATATTGGGTTTCTGTGATGGATTACTTCAAGATCTTTTAGCGATGCATAAAACAGTATCTATAATGAGCCG TGAGCTGGCAAATGTTTTGGCTTCATTGTTCTCCAAAGGTTTCGGCATTCCTGTCAAAGACGAGGTAGATGAAGCTAGTCATGATACATCTCAAACTGCA AGTGGAACTGGCATGGGGGAAGGTTCTGGACTTAATGATGTCAGTGATCAGATAACTGATGAAGATCAACTTCTTGGAACTTCTGAAAAGCCAGGTGATG AACAAGATGCCTCAGGTGAAGTTCCAAATAAGAATGAGAAAGGTATTGAGATGGAGGATCTTACGGCTGATACATTTAGTGTGAGTGATGACTCTGGAGA GGATAATGAGGAAGACGGCGAGGATGAGCAACTGGATTCTGCAATGGGGGAAGCTGGATTAGACAGTGAAGTTGTTGATGAGAAACTTCAGAATAAGGAT GAAGATGATAACCCTAATAACACAAATGAAAGATACGAATCTGGGCCGTCAGTTAGGGACAATGATACAAGTAGCCGGGAGCTTAGGGCCAAGGAGGATT CTGCTGCTATTGCTGATGATGAACCTGGAGAACCTGATAAACAAAATAATGAAATTGGAAACCAGGATGATCTTGATGATGGAGAAGAGAACACAGATGA CATGAATATGGATAAGGAAGCAGCATTTACTGATCCAACTGGATTAAAGCTTGATGAATCAAATCAAGGTGCTGAAGAGGATATGGAGATGGATGAGGAC ATGAATGAAGAAGGTGACTTGGATTCAAAAGAAGAAATAAGTCCAGAAGAGGGTGATGAGTCTGCTGAGCATGGAAACTATGAGGAAGACAACACAATTT CTGCTGATGAAACTATGGAAGAACCAGATAGCGAACCAGTTGATGGAACTTCTGTAAAAGATGAACCAGGGAGGGATAGAGAAGAGAGATCTGAGACCAA TGCAATGGAACCAAGAAAAGATGAATTTGAACTTGGAATTTCTGATCTAATTAGTGATCATGTGCATGGTGCAGAATCTGCAACACAGCCGAATGGTCCT TCCCAGGCATCTGATTCAAAAAATGCGACAGCAGAAGCAAACATGTCTAACATAAGTGAAGCTCACAATGACCTTGCTCTGAGAAGCTTTCCTTCTGGAA ATACTTCTCAGAATGATCTGATGGTCTCAGATTCATCAAACAGTGGAGGATTTACTAATGATAAAAAACAAGCTCAGTTCCCTGAGAGGGAATCATCATC TGATCAGAGAGCCCAACCAAATCCTTACAGAAATGTTGGGGATGCGCTTGAGGAGTGGAAAGAAAGAGTCAAAGTGTCTGTTGATCTGCCAGGAGACACC ACTGAGGCGTCAGGTGAGATAGAGGACAAGAATGCTGATGACTATGCCTTCGTCTCTGAGTTTGAAAAGGGAACAGATCAAGCATTGGGACCTGCCACCT CTGAGCAGGTTGAGTCCAATGTCAATGTAAATAGGAGTGATGAAGATAGTCTCGCTGCTCAAAGGGATGAAGTCACCAAGATGGAGATTGAGGAGAGAGA TGCTAAAGAATGGCATCTGAATAACTCTGCCTCAATCCTAAAAAATAAGATGGAAGAGCAGTTGCAGATCTCAGATTTTAAGTCGGAAAAGGAGGGATCC CCTGAAGTTCAGGATCATGATGGTGGTGATCCACAAAATCTGCCTGAGAGTGCGATCTCTGTCAGGAAGTCTTATTTGAGTGAGGACGTATATCAACCCG ATAATCTTCGTGTAGATGACGACGACTTGGGGAAAGCCCAGGGTCCTGAAGAAGTTCCTCTTGATGTCAAAAGTAGTGCTTCTGCTCTTTGGAGCAGATA CGAGTTGCGCACAACAAGGTTGTCCCAAGAATTGGCTGAACAGTTACGTCTTGTTTTGGAACCTACTGTAGCCAGTAAGCTTCAAGGGGATTATAAGACT GGCAAACGAATTAACATGAAGAAGGTAATTCCTTACATAGCAAGTCACTACCGAAAAGATAAAATATGGCTGAGGCGAACTCGGCCTAACAAACGTGATT ACCAAGTCGTCATTGCTGTGGATGATTCTCGCAGTATGTCTGAGAGTTGCTGTGGGGACGTCGCAATTGAAGCTTTAGTGACCGTATGTCGTGCCATGTC TCAACTGGAAATGGGTAACATGGCTGTTGCAAGTTTTGGAAAGAAGGGAAATATAAGATCCCTGCATGATTTTGATCAGCCTTTCACGGGGGAGGCTGGG AAAAAGATCATCTCCAGTTTGACATTCAAGCAAGAGAATACCATTGCAGATGAACCTGTTGTAGATCTTTTAAAGTATCTAAACAACATGCTGGATGCTG CAGTTGCAAAAGCACGACTTCCTTCTGGGCAGAACCCGCTGCAACAGCTTGTCTTGATTATTGCAGATGGTCGGTTCCATGAAAAGGAGAAATTGAAGCG TTGTGTTAGGGACTTTTTAAGTCGGAAGCGAATGGTGGCATTTCTGGTGCTGGACAGCCCGCAGGAGTCAATCATGGACCAGATGGAAGCATCATTTGTG GGTGAAGGTGAAAAAAGAGTGCTCAAATTTACAAAATACCTTGATTCCTTTCCCTTCCCATATTATATTGTACTGAAGAACATCGAAGCTCTTCCAAGGA CTCTTGCCGATTTATTAAGACAGTGGTTTGAGCTCATGCAGTATTCAAGGGAGTGA
AA sequence Show only first row Show all	>Potri.017G039100.1 pacid=42813343 polypeptide=Potri.017G039100.1.p locus=Potri.017G039100 ID=Potri.017G039100.1.v4.1 annot-version=v4.1 MAMDGSFSLESALERFLTRCPKLATIDKLQRFVEAGHTVTEEEVVKLLAELFLNPNYTIPLIGSFRPVARKIVDQAVALLRNCNLSSDSDDIEGDFVDAD VLYVIEHYERSGRGLELHELACLAFCRALDLDHSLLGSVTTYFKFAPPPFERISRNKVVSEDQLFQAANHYLLAVRISYRLLLMQPEFFSEQWNWSCFLD HVKKLVNLDLFHVAKDAKAIADIKWCGIQILCTILGMSDKAVENFGVGAEEATLCLLRWEEFCQDVAIEKFCLCVGSSEQTNFGSFTGGIKFGQQNFLKS CGLNSLISSHCHQIEPVIKSRRVVTWDERSTAYPFVVTSMMSKGFEMVLLAVSQKWPVLLYGPPGAGKTALINKLAQDAGNQVLSIHMDDQIDGKTLIGS YVCTEQPGEFRWQPGSLIQAVLNGYWVVFEDIDKAPSDVQSILLPLLEGEIAFITSHGEEIRVAESFQLFSTITTSKSNVSHTAEVAGGSSLSTLWRRVM IGLPSNDDLENIMKAWYPSLGPLTGRLIETMERVNPSPSGNSACLSCLNRFSLRDLLKWCKRIAELGLNGDMLTAYQCHLIYQEAVDIFASFSAPSENRL TVMRDIAKLWGVPISEAGILYPCKPEIQNLFTELRIGRVTLQRTETVVHGQEKLVEMRSSLYVLEQIACAVKYNEPILLVGETGTGKTTLVQNLAMMLGQ KLTVLNLSQQSDVADLLGGFKPIDSLSICIPLYKEFEILFSKTFSMKENDKIFAYLQKQMKNKNWKTLLNGFKKYVDNFQKKLQTERSGSGKKRKKPLDE NIRAWESFSVKLEAALRQIEASSGMLFSFVEGSFITALRNGEWILLDEVNLAPPETLQRVIGVLEGEYGSLCLAERGDVSHIPRNPSFRIFACMNPATDA GKRDLPYSLQSRFTAYFVHDVLDRDDLKLFINKFMEESISNIELEKKIIDFYEAAKKNSEERLQDGANQKPQYSLRSLYRALEYTRGAKGKFGFPKAIYD GFCMFFLTMLDRPSAKIMKKMIKEKLLGGNKPSPVPFDAYLRITKISGFDDLYKNYVLTKSVKKQLENLARAVFIKRYPVLLQGPTSSGKTSLVQYLAAR TGHEFVRINNHEHTDLQEYLGSYISDAQGKLVFQEGILVKAVRNGHWIVLDELNLAPSDVLEALNRLLDDNRELFLPELRETVRAHPNFMLFATQNPPTF YGGRKMLSRAFRNRFVEVHVDEIPDDELSTIIEKRCKIPGSRARLMVEVMKELQFHRQSSKVFAGKHGFITPRDLFRWANRLRAFGDSKEVMAEHGYYLL ADRLRDERERHVVQEVLERRLRVKIVRDHLYKESVARESESIGSDLQSLGDVILTRSMRRLYFLVKRCFELREPVLLVGETGGGKTTVCQLLSRALGLKL HILNCHQYTETSDFIGGFFPVRERSRLASEFKYIIEKWMLSKAYTHFAQDLDLSSDIGQASSTLDHLNLIITSYRQGQVSCPNVSAKDIDTLEQMKWDLT CLLQKWQTIFMWQDGPLVQAMKAGDLFLVDEISLADDSVLERLNSVLEPERKLSLAEKGGPVMENITAHENFFVLATMNPGGDYGKKELSPALRNRFTEI WVPPVCDLDELGDIASKRLSNPELSYIVGAMLKFWEWFNKLEKGRALTVRDLLSWIQFIMVTKEGLGPDCAFLHGLFLVLLDGISLGTGISRKDAGLFRE TCLSFLLKELKEDSNLHELSFIENYGWGDLGETGNISCSDDMQCDNSFGIDPFYIEKGYEKCEAGGFEFLTPTTRRNALRVLRAMQLPKPVLLEGSPGVG KTSLIIALGKYSGHKVVRINLSEQTDLMDLLGTDLPVESDEGMKFAWSDGILLQALKEGCWVLLDELNLAPQSVLEGLNAILDHRAEVFIPELSLTFKCP SSFRIFACQNPFSQGGGRKGLPKSFLNRFTKVYIDELVEGDYLSICNSLYPSIPRPLLSKLIVFNKRLHEDTMLYHKFGQDGSPWEFNLRDVIRSCQIIE GVPEKLKVDCFLNILYVQRMRTAADRKEVLRIYEEVFGVKPFINPHPRVQLNSKYLIVGNTVIKRNISRSSKLSNSGLNIIPSIRHSMEAVVHCIKHQWL CILVGPPCSGKTSLIRLLAQLTGNVLNELSLSTTTDISELLGCFEQYNAFRNFRSVIAQVERYVSEYCNLQLEFSKVAFMSERTDLITKWLAFLSTMNSS SMASSTSIHLENWESMMNSLSLLVEIIQQMKLDIVQNELPFSWSTEELNKTIKVISKLQDDQQRRSRSVKFEWVAGLLIKAIENGEWIVLENANLCNPTV LDRINSLVEPSGSITVNECGIVDGSSVVLHPHHNFRIFLTVNPSHGEVSRAMRNRGVEIFMMPPYWLHNDESGCSGADFELKDVKRFLVSSGIPMDRLVD SMAKAHVYAKNEGLHVNVQITYLELAHWVQLFHQLLINGNQPFWSLQLSWEHTYLSSLGEAVGWDIVNHAKVAYFSTATLSESDLPTEFSFYLPGGLPVP MKLRDFMWYSKEASVRQNLMYLEYLVSQYELGSSRNRSCVDDALSAPSHKGNGLMDMNMKGQLVFPKALNCMNANSVRNTEIDMKLTKRMLLFAANWTIE QATGSDYKLYLLHFSWFSSKLQSCDNFFRSFLHLLEQELEHPIWKCIFHSFHELASLPAADSSLHLTPLLSLDFVDLTMSYDRPEVSHKFLCNAINCIDL LRLSYQQWNAQREHEYTNEAQHFKPVLDALQELEKEILNMLVESPSYNVLIKLYSDILEDHLTFWDVFTSSRFEKLPFSWHSLMKDVLKLRDFCPGAVDN LFMIAENIDKKLNQHSQQSLLWIHGGHPILPASAELFKQQQLFIELCESVWPTKANPYNQGDDCLVEMATSSTPELRFLAVQGICMSAYITSRFDEDSGE VALHLADMSQMLLKRFEYEKSKLEAKSKSVETATIEGNSISCCDFSPEARCTKPGFACWLETRPIIDNTSFFLDMDLLQKLSMIVLVDHKECQLALGSVS NLIESAMKHSLTFSTRPPQNFIPHQKILWTLDAWMSVDAVNAKIASYVLEMWFWWHSSLWSHCPVFSENFGKVDGYHTPLPDMLVQSVRTASVVQSLRRT CAIKDYSVHCLKLKAASCNLWQSSLPGMDLSSFLLSVTRSLFQQIIYAHRKAFDADKFAAIKSIFCSFHKNVATQDDIQRLVSILGSSNHQKLNSLVSLF IEPILKKLYLHCSSTEVYLNMGHACLKIGALRFSLLLSCDDFDPAMKYSFKHSQLEERISSLELEIKVRQECDYLAGRLSSIEADKKRADSLERLEFECR RIQKKMVFRCNPLKFNALRKECGEFLKPARMVVGLVDNIEGMDLQQVLEQASNWQATATSFIDRLSDEYKEYIDLAQPFQVAVYEMKLGLSLVLSFALLK KVLNRIKEDNMDRVMESIYSFMRFPRVRAFVPSSSHSIGSPATFWDREMGFLEKLIMLSSEVTTEKMGSILQLKTGLYQNIVVRVAHFVADARRIDDASF KILDKMFHEFANMWMNMKVQVKCKEGDDAQQYKFRPRALEIKSIVDVDFSTLDQFFPNDSFSEWQEFLSEEESLEKLEASKHESVQDEWNLMQETIMKNM ICIHNQLFGSTNLVLYAGTCHVVEADRLHSFTNSYTLGVGMIEGLGGLLTSSLDGKLIPEHLLRLCLEHGSKLVSSQKSSANYNFYKDSNAPMMAKMVKL VANLQQQIHSFLSEWEDHPGLQKITDTIQMLLAIPVETPLAKALLGLQFLLNRARALQENESKFPLSDQLEPISALVCSWQKMEFDSWPALLHEVQEQYD INAGKLWFPLFSVLHHSHFADIAGYEQSTIESLEEFIRTSSIGEFRARLQLLFSLHGQITAGRCLEVQNYSSMRQEKNLQILYNVFGYYIQFLPRILEDI EANRKGIEMELKDILKLFHWERTEICLSVENSKRTRQKLRKLILKYTDLLQQPVMLILDREAQQKGPKIHSLQFPKALKDNKNTISDLTQFCEKDRSIWL ADWRKKVTDTLQDMHFKNTLGLSFLDNKDVTSITRQCLASHSSHLSRDEQWNVLCWTVEKIFKTAMDCDDLWNDTGKGVGKKRALSELLKLLDTSGLHKH KFEIMKISNSSNWLFIQPSYNAQHLLLTPSRLSGEAFDVSTSSELQCLPDDYVDTMWKSANEFYFKSVASVQFMQRICLKPHGDITYDQASRAVSFLNHL IIIQQSQRAAAYGFSKQLKCLRECTYAFENSYVKCTDIDERTSSEYSIVQNQHAFFQCMWKQKQLFDGLTTLLAEESLLLRTVESTHLKSCRSVRPAANH VLQFIEKFIPVTQKSKESLDNYLLGPLGGLQSLLQESLDKSLLGRVVTISAGPSRPYIISKQMEQLVYKNFQVIKEFEEHFFDFRKQDWNRSFIIETLLG HFDDVFKEGKMLADQFEAALKQRSQSRDSSEEVDYNSGNNYQLEADFDSALKKAHNLVMEALEKQISPGDGGALSEESLENISSWEYLFKSSVQSLNVEE LCDILLNIITCAKKMVDHSGSETSHISFHIGRCFQHLHLLLELILGFCDGLLQDLLAMHKTVSIMSRELANVLASLFSKGFGIPVKDEVDEASHDTSQTA SGTGMGEGSGLNDVSDQITDEDQLLGTSEKPGDEQDASGEVPNKNEKGIEMEDLTADTFSVSDDSGEDNEEDGEDEQLDSAMGEAGLDSEVVDEKLQNKD EDDNPNNTNERYESGPSVRDNDTSSRELRAKEDSAAIADDEPGEPDKQNNEIGNQDDLDDGEENTDDMNMDKEAAFTDPTGLKLDESNQGAEEDMEMDED MNEEGDLDSKEEISPEEGDESAEHGNYEEDNTISADETMEEPDSEPVDGTSVKDEPGRDREERSETNAMEPRKDEFELGISDLISDHVHGAESATQPNGP SQASDSKNATAEANMSNISEAHNDLALRSFPSGNTSQNDLMVSDSSNSGGFTNDKKQAQFPERESSSDQRAQPNPYRNVGDALEEWKERVKVSVDLPGDT TEASGEIEDKNADDYAFVSEFEKGTDQALGPATSEQVESNVNVNRSDEDSLAAQRDEVTKMEIEERDAKEWHLNNSASILKNKMEEQLQISDFKSEKEGS PEVQDHDGGDPQNLPESAISVRKSYLSEDVYQPDNLRVDDDDLGKAQGPEEVPLDVKSSASALWSRYELRTTRLSQELAEQLRLVLEPTVASKLQGDYKT GKRINMKKVIPYIASHYRKDKIWLRRTRPNKRDYQVVIAVDDSRSMSESCCGDVAIEALVTVCRAMSQLEMGNMAVASFGKKGNIRSLHDFDQPFTGEAG KKIISSLTFKQENTIADEPVVDLLKYLNNMLDAAVAKARLPSGQNPLQQLVLIIADGRFHEKEKLKRCVRDFLSRKRMVAFLVLDSPQESIMDQMEASFV GEGEKRVLKFTKYLDSFPFPYYIVLKNIEALPRTLADLLRQWFELMQYSRE

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DESeq2's median of ratios [POPLAR]

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

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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	NWA:WT	NWB:WT	NWA:OE-ARK2	NWB:OE-ARK2	NWA:miRNA-ARK2	NWB:miRNA-ARK2	NW 0hr	WT H20	WT-NW	TUA1dEY NW	TUA1dEY+TUB15 NW	TUA1dY+TUB9 NW	Pde NW	NWA:WT GA	NWBWT GA	TW:WT	TW:WT GA	NWA:OE-ARK2 GA	NWB:OE-ARK2 GA	TW:OE-ARK2	TW:OE-ARK2 GA	NWA:miRNA-ARK2 GA	NWB:miRNA-ARK2 GA	TW:miRNA-ARK2	TW:miRNA-ARK2 GA	TW 2hr	TW 8hr	TW 24hr	TW 48hr	TW 96hr	TW 336hr	WT ACC	35S::etr1-1 H20	35S::etr1-1 ACC	LMX5::etr1-1 H20	LMX5::etr1-1 ACC	WT-TW	TUA1dEY TW	TUA1dEY+TUB15 TW	TUA1dY+TUB9 TW	Pde TW	OW:WT	OW:WT GA	OW:OE-ARK2	OW:OE-ARK2 GA	OW:miRNA-ARK2	OW:miRNA-ARK2 GA	OW 2hr	OW 8hr	OW 24hr	OW 48hr	OW 96hr	OW 336hr	Root CTR	Root LongCold	Root LongDrougt	Root LongHeat	Root LongSalt	Root ShortCold	Root ShortDrougt	Root ShortHeat	Root ShortSalt	Ptr root	Leaf CTR	Leaf LongCold	Leaf LongDrougt	Leaf LongHeat	Leaf LongSalt	Leaf ShortCold	Leaf ShortDrougt	Leaf ShortHeat	Leaf ShortSalt	Ptr leaf	Stem CTR	Stem LongCold	Stem LongDrougt	Stem LongHeat	Stem LongSalt	Stem ShortCold	Stem ShortDrougt	Stem ShortHeat	Stem ShortSalt	Ptr shoot	Ptr xylem	Ptr phloem	Ptr fiber	Ptr vessel	Ptr fiber vessel ray
AT1G67120			ATPases;nucleotide binding;ATP...		Potri.017G039100 [exp]	0	1
AT4G30990			ARM repeat superfamily protein...		Potri.001G318800 [exp]	1.00	0.9290
AT4G38760			Protein of unknown function (D...		Potri.009G130000 [exp]	2.23	0.8989
AT4G20060		EMB1895	EMBRYO DEFECTIVE 1895, ARM rep...		Potri.018G118800 [exp]	2.82	0.9077
AT5G01110			Tetratricopeptide repeat (TPR)...		Potri.001G276500 [exp]	5.74	0.8833
AT1G55860		UPL1	ubiquitin-protein ligase 1 (.1...		Potri.011G094100 [exp]	5.91	0.8888
AT4G13750		EMB2597, NOV	NO VEIN, EMBRYO DEFECTIVE 2597...		Potri.001G317200 [exp]	6.32	0.8877
AT1G45332			Translation elongation factor ...		Potri.003G109900 [exp]	6.32	0.8666
AT4G27010		EMB2788	EMBRYO DEFECTIVE 2788, unknown...		Potri.001G423600 [exp]	7.14	0.8697
AT4G17610			tRNA/rRNA methyltransferase (S...		Potri.001G150900 [exp]	7.34	0.8579
AT5G42950			GYF domain-containing protein ...		Potri.002G262300 [exp]	8.06	0.8775

Compare expression of checked genes

Potri.017G039100 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.