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 AT5G23110 5760 / 0 Zinc finger, C3HC4 type (RING finger) family protein (.1) AT1G73950 60 / 4e-08 Transmembrane Fragile-X-F-associated protein (.1) AT1G18470 52 / 1e-05 Transmembrane Fragile-X-F-associated protein (.1.2) AT1G68820 49 / 9e-05 Transmembrane Fragile-X-F-associated protein (.1) AT2G21380 49 / 0.0001 Kinesin motor family protein (.1) AT5G63970 48 / 0.0002 Copine (Calcium-dependent phospholipid-binding protein) family (.1), Copine (Calcium-dependent phospholipid-binding protein) family (.2) AT4G39050 47 / 0.0004 Kinesin motor family protein (.1) AT4G03965 45 / 0.0004 RING/U-box superfamily protein (.1)
Paralogs Show only best Show top 10	Gene ID BLAST score/e-value At best hit BLAST score/e-value TAIR10 short description Lus10040060 [exp] 56 / 2e-08 AT5G18880 40 / 1e-04 RNA-directed DNA polymerase (reverse transcriptase)-related family protein (.1) Lus10023044 [exp] 50 / 1e-05 AT5G18880 44 / 4e-05 RNA-directed DNA polymerase (reverse transcriptase)-related family protein (.1) Lus10029993 [exp] 47 / 3e-05 AT4G03965 118 / 2e-34 RING/U-box superfamily protein (.1) Lus10035335 [exp] 47 / 3e-05 AT4G22250 114 / 4e-33 RING/U-box superfamily protein (.1) Lus10027994 [exp] 48 / 0.0001 AT1G63900 532 / 0.0 DIAP1-like protein 1, E3 Ubiquitin ligase family protein (.1.2) Lus10017969 [exp] 49 / 0.0002 AT4G39050 1517 / 0.0 Kinesin motor family protein (.1) Lus10035057 [exp] 48 / 0.0002 AT1G68820 639 / 0.0 Transmembrane Fragile-X-F-associated protein (.1) Lus10008163 [exp] 48 / 0.0002 AT1G63900 533 / 0.0 DIAP1-like protein 1, E3 Ubiquitin ligase family protein (.1.2) Lus10021710 [exp] 48 / 0.0002 AT1G18470 687 / 0.0 Transmembrane Fragile-X-F-associated protein (.1.2)
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.005G093000 [exp] 6759 / 0 AT5G23110 5932 / 0.0 Zinc finger, C3HC4 type (RING finger) family protein (.1) Potri.005G065700 [exp] 50 / 3e-05 AT5G63970 551 / 0.0 Copine (Calcium-dependent phospholipid-binding protein) family (.1), Copine (Calcium-dependent phospholipid-binding protein) family (.2) Potri.012G060100 [exp] 49 / 7e-05 AT1G18470 673 / 0.0 Transmembrane Fragile-X-F-associated protein (.1.2) Potri.002G124700 [exp] 49 / 8e-05 AT1G45976 378 / 2e-131 S-ribonuclease binding protein 1 (.1) Potri.015G050300 [exp] 49 / 9e-05 AT1G18470 748 / 0.0 Transmembrane Fragile-X-F-associated protein (.1.2) Potri.008G116400 [exp] 48 / 0.0001 AT1G68820 667 / 0.0 Transmembrane Fragile-X-F-associated protein (.1) Potri.001G439600 [exp] 48 / 0.0001 AT3G12920 256 / 1e-83 BOI-related gene 3, SBP (S-ribonuclease binding protein) family protein (.1) Potri.007G103700 [exp] 47 / 0.0002 AT5G63970 524 / 0.0 Copine (Calcium-dependent phospholipid-binding protein) family (.1), Copine (Calcium-dependent phospholipid-binding protein) family (.2) Potri.010G042200 [exp] 47 / 0.0003 AT1G10650 393 / 2e-137 SBP (S-ribonuclease binding protein) family protein (.1), SBP (S-ribonuclease binding protein) family protein (.2) Potri.001G144200 [exp] 47 / 0.0004 AT2G35330 780 / 0.0 RING/U-box superfamily protein (.1.2)
PFAM info
Representative CDS sequence Show only first row Show all	>Lus10001530 pacid=23146006 polypeptide=Lus10001530 locus=Lus10001530.g ID=Lus10001530.BGIv1.0 annot-version=v1.0 ATGGCCTCGTCCTCCCAGGATTCCATCTTCCTCGAGGACTTCGGTCAGAAAGTAGACCTAACTCGGAGAATCCGCGAAGTCCTCCTCAACTATCCCGAGG GAACCACCGTGCTCAAGGAGCTTATTCAGAACGCCGACGATGCCGGCGCCACCGAGGTCCGTCTCTGCCTTGACCGCCGAATCCATGCCACTCAATCTCT CTTGTCTCCTTCCTTGTCCCAGTGGCAGGGACCTGCGCTCTTGGCCTTCAACGATGCTGTCTTTACGAAGGAGGATTTCGTCAGTATCTCCAGGATCGGA GGGAGTGCCAAGCACGGCCAAGCTTGGAAGACCGGCCGATTCGGAGTTGGCTTCAATTCTGTTTACCACTTGACCGATTTGCCGTCTTTCGTCAGTGGGA ATTACGTGGTGCTCTTTGATCCCCAGGGGGTTTACCTCCCCAATGTATCCACGGCGAATCCTGGTAAGAGAATTGATTTCGTCGCTTCCGCTGCTATCTC TGTCTACAATGACCAGTTCTCTCCTTACTGCGCTTTCGGTTGCGACATGAAAAGTCCTTTTACCGGAACTTTGTTCCGTTTCCCCCTGCGGAACTCTGAT CAAGCGGGGACGAGTAAGCTTTCCAGACAGGCGTACTTAAATGACGATGTATTATCCCTGTTTGGTCAGCTTTATGAAGAAGGTGTGCTCTCGCTTCTGT TCCTCAAGAGCGTCTTGTCCGTCGAGATGTACGTTTGGGATGATGGAGAGGCTCGGCCAAGGAAGCTCTATTCTTGCTCGGTTAGCTCTGTGAACGATGA AGTTATCTGGCATAGGAAAGCACTTCTGAGAATGACTAAGAATTTACCGCGAAATGGAGAAATGGATTCTTATTCTGTGGAGTTCTTGAGTGAGGAAGTA TCCGGAAGTGAAGTGAAGAAGAGAATTGATGTTTTTCACATAGTGCAAGCTATGGCATCTCCGGACAGTAGAATTGCTTCTTTCGCGTCCGCTGCTTCTA AGGAGTATGATATTCACTTGCTGCCATGGGCATCTGTTGCAGCTTGCATATCAGATAATGATGATCTGAAGCTTGGTAGGGCATTTTGTTTCCTCCCACT TCCTGTTAGAACTGGATTGAGTGTGCAAGTTAATGGTTACTTTGAGGTTTCTTCCAATCGCCGTGGCATTTGGTATGGGGATGATATGGATAGAAGTGGA AAAGTCCGTTCTGTCTGGAACAAGTTCCTTTTAGAAGACATTGTGGCTCCTGCTTTCCGATGCTTGGTACTTGGTGTACAAGAGTTGCTTGGAGCAACGG ATTTGTACTATTCTTTGTTTCCTGTTGGTCCTTTTGAAGAACCGTGGAGCATTTTGGTTGAGAATATATACAGAATGATCAGTGATGCTCCCTTGTTGCA TTCAGACCTAGAAGGTGGGAAATGGGTGACCCCACATGAAGCCTTCCTTCATGATGGAGAGTTCTCTAAGAGCAAAGAACTTGGTGAGGCCTTGCTGCAG CTTGGAATGCCTATCGTTCATTTACCCGATAACTTGTTTAATATGTTTCTTAAATATGCTTCTGGTTTTCAGCAGAAAGTAATAACTCCCGATACTGTAC GCCATTTCCTTAAGGGTTGCAAATCTCTCCAGAAATTGTGCAAATCTCACAGGCTTGTGCTATTGGAATATTGCCTTGAGGATTTAGTTGATTCTGACGT TGCCATATATGCGAATGACATGCCTTTACTTCCTTTAGCGAATGGTGATTTTGGGGTACTTTGTGGACCCTCGAGAGGGATACCATATTTTATTTGTAAT GACGAGTTGGAACTCATCCTGCTTGAACAGGTTTCTGATCAATTAGTTGATCCAAATATTCCAGCAAACATAGCGAGCAGACTCTCTTCTATCGCAGAAT TGTCGAACACAAATCTAACTATGTTCAAGATTGAGTACTTGCTCAAGTTATTCCCTAGATTTGTACCCGATGATTGGAAGTACAAAGAAAAGGTTACGTG GAACTCAGATGCCATGCATATTCTCCCAACTTCATCATGGTTTAAGCTCTTTTGGCAATATCTTCAAAGTCACTGTGAGAAACTGTCCATGTTTGGTGAT TGGCCTATACTGCCTTCCACCTCTGGGCATCTCTACAGACCTTCTAGAGAATCAAAGCTACTAGCTGCAGATAAACTTCCTGGTTTGGTCCAGGGGTCCC TTATTAAGTTTGGTTGCAAGATACTTGATTCCAACTATAGGGTGGAACATCCAGATTTGTCTCTATATGTGTCTGATGCTGATTGTGTTGGTGTCGTGGA GTCAATTTTCAATGTGTTCTCTTCAAATGTCAGTTTAATTGAAAGATCATTTCAGAACCTGCTTGTGGAGGAGAGAGATGAACTACGGCGGTTTCTTCTT GATCCAAAATGGTACATGGGAGATTGCATAGATGAAACTGTCATTAGAACTTGCAAGAAGTTTCCTGTTTTTAGAGTTTATGGTGGAACCTCTACTCAAG ATGTTCAATTCTGTGATCTTGGTAATTCTCAGAAGTACTTGCCCCCCTTGGATGTGCCTGTAAATTTCCTAGGTGTTGAGTTTGTCATGTGCTCCACTGC TACTGAGGAGCAGATTATGCTAAGATTTTTCGGAATTGAGAGAATGAAGAAGCCACAGTTTTACAGGCAACATGTGTTTATCACCATTAAGGACTTGCAA CCTGAAGTACGGAATCCTATCATGGTCTCTGTCCTCCAAAACTTGCCACAACTGTGTGTGGAGGATACATCTTTCAAAGAATGTGTCAGACAATTGGAAT TTGTTCCTACGCTAAATGGGGCTGTGAGGAGCCCTGCGGTTCTCTATGATCCGCGCAATGAAGAGTTGGTTGCTTTGTTGGAAGATTCTGATAGCTTTCC ATCTGGTACTTTCCTTGAAGCTGACATTCTAGACATGCTACATAGTCTAGGACTGAAAACATCTGTTTCTCCCGAGACTGTTATCGAAAGTGCCCGACAA ATAGAAACACTGATGCATGAAGATCAACAAAAAGCTCAATCCAGAGGGAAGTTGCTTCTTTCCTACTTAGAAGTGAATGCGATGAAGTGGGTGCCCAACC AATCAAGCAATGATCAGGGGGCCGTAAACAGAATATTTTCACGAGCTGCAATTGCATTCAGGCCTCGACATTTGAAATCTGATCTTGAAAAGTTTTGGAA TGATCTCCGGTTGATCTCTTGGTGTCCAGTAATGGTTGCTGCTCCTTTTCCATCTTTACCCTGGCCTCTCGTGTCATCCATGCTGGCTCCTCCAAGGCTG GTAAGGCCACAGACTGACTTATGGATGGTTTCGGCTAGCATGAGAATACTGGATGGAGAATGCTCTTCTACGGCATTAGCATATAACCTTGGTTGGCTCT CTCCTCCAGGAGGTAGTGCGATTGCTGCCCAATTGCTTGAGCTTGGTAAAAACAATGAAATTGTCGATGATCAGGTTCTTCGTCAGGAATTGGCTTTGGC AATGCCAAGGATATATGCTTTGATGGTTAGTTTAGTTGGTTCAGAGGAGATGGACATTGTAAAGGCTGTTCTTGAAGGGTCTCGCTGGATTTGGGTGGGA GATGGATTTGCTACCTGTGATGAGGTTGTTCTTGATGGCCCTCTTCATTTAGCTCCTTATGTACGTGTTATCCCTGTTGATTTAGCTGTTTTCAAGGAAT TGTTTTTGGAGCTTGGTGTCCGAGAATATTTTAAGCCCATGGATTTTGCTAATATTTTGACCAGGATGGCAACAAGAAAAGGCTCATCCCCTCTTGACCC CCAGGAAATCAGAGCAGCTATAATGATTGTCCAACATCTTGCTGAAGTTCAGTTTCATGAACAAAATCTGAAGTTATATTTGCCAGATGTTTCTGGTAGA CTTTTCCCTGCCTCTGATTTAGTCTACAACGATGCTCCTTGGTTGCTTGGCTCAGACGACCCTGATTGCTCATTTGGTGGAGCATCAATCATAGCTTTGA ACGCAAAGAGAACTGTTCAGAAGTTTGTCCATGGTAATATATCTAATGAAGTGGCGGAGAAGCTTGGTGTCTGCTCCCTCCGTAGGATCTTGCTTGCGGA GAGTGCTGACTCAATGAATCTGAGTTTATCTGGCGCTGCAGAAGCTTTTGGACAGCATGAAGCGTTGACTACGAGACTTAAGCATATACTTGAAATGTAT GCAGATGGGCCTGGTATTCTTTTTGAGCTAGTTCAGAATGCAGATGATGCTGGTGCTTCAGAAGTTACTTTTCTTTTGGATAAGACTCAATATGGGACAT CTTCGGTGTTGTCTCCCGAAATGGCTGATTGGCAAGGTCCTGCACTGTATTGTTTCAATGACTCAGTTTTCACTCCGCAGGATCTCTATGCCATCTCCAG GATTGGCCAAGAAAGCAAATTAGAGAAGCCTTTTGCGATTGGAAGATTTGGACTTGGATTTAACTGTGTATACCATTTCACAGACATTCCTACATTTGTT TCGGGGGATAACATTGTTATGTTTGATCCTCATGCCAATAACTTGCCGGGGATCTCTCCTTCCCATCCTGGGTTGAGAATCAAATACGTAGGAAAAAACA TCTTGGAACAGTTTCCTGATCAGTTTTCCCCTTTCTTGCACTTTGGCTGTGACTTGCAGAATCCATTTCCTGGAACCTTATTCCGTTTCCCCCTCAGAAG CTCGAATGTAGCTCTGCGCAGTCAAATAAAAAAAGAAGCTTATGTGACTGAAGATGTTATGTCTCTCTTTGCATCTTTCTCGGGTGTTGTTTCTGACACA CTACTTTTTCTACGCCATGTGAAGAAGATTTCTGTTTTTGTGAAGGAAGGAAATGGTAGTGAAATGCAGCTTCTCCACCATGTGCACAGGAATTCTGTTA GTGAGCCTGAAATGGTCAATGCAGTTGATGATCTGTTCAGTCTTATTGATGGGAACCGGTTTAGTGGATTGGACAAAGGGCAGACGATAAAAATGTTGAG CAAATCCATTGATAGAGATTTCTTACATAAGTGCCAAAAGATTGTTGTCACGGAGCAAAATCCTTCTGGTGCTCTGCTTCACTGTTGGATAACTGGTGAA TGTTTAGGTGGTGGAAGAGGTAAGAAAAACTCGGCAGTTGCTGGAGGGGACTCTCATAAATCAATCCCATGGGCTCGCGTTGCTGCCTATGTACATTCTG TAGTGGTAGAGGGTCAATGTGACATTTCTAACACGAGCAGTGTTTTCACGAAAGACCTATTTCAAGTATCTACCACTTTGCTTCAAAGTAGGAAGAATTT TGAGGGCCGTGCATTCTGCTTCTTACCGTTGCCAATCAGTACTGGTCTTCCTGCACATGTTAATTCATACTTTGAACTCTCATCCAATCGGAGAGACATT TGGTTTGGTAATGACATGGCAGGGGGTGGAAAAAAAAGGTCAGACTGGAATTTGTACATCCTTGAGAATATTGCTGCCCCGGCTTATTGTCACTTGCTTG AGAAAATTGCTATTGAGATTGGTCCATCCGACTTATTTTTTTCTTATTGGCCAACGGGAGTAGTGTTAGAACCCTGGACATCAATGGTGCGGAAAATATA TGTATTTATTTCTGAATCTGGTCTTCGTGTATTATACACCAAGGCAAGAGGGGGTCAGTGGATTTCTTCCAAGCAAGCACTTTTCCCTGATTTTTCTTTT TATAAAGTTCATGAGCTTGTGGAAGCCCTATCAGATGCTGGTGTGCCACTAGTGACTGCTTCTAAGCAACTAGTGGAACAATTTACGGAAGCATGCTCCT CACTGAACCTCTTGACACCACAGTTGTTAAGAACCTTGTTAATTCGGCGGAAACGTGGATTCAACAACAGGGGTGCAATTGTTGTAACCCTTGAATATTG TTTAGTTGATTTGGATCCTGTTCAGCCAGATAACTTGTGTGGTTTAGCATTGTTACCTCTATCCGATGGTTCACATGCTAGCTTTGAGAAGAATGGGGCT GGTGAAAGGATTTATGTAACAAGGGGCGAGGAGTATGGTCTGTTGAAGGATTCACTTCCTCATCTACTTGTGGATGTTGAGATTCCGGAAATTGTTAAAC AAAAACTATGTAGCATAGCTGAGAGTAGGAAATTAAATGTTTGTCTTCTCTCATGTCACTTGCTTGAAAAGCTCTTTCTAAAATTGCTTCCAGCGGAGTG GCAGCTGTCGAAAAGAGTGACTTGGGTTCCTAGTCAGCGGGGTCAACCAAGTCCAGAATGGATGAGATTGCTATGGAGCTACCTGAAGTCATCCTGTGAT GACCTCTCAATATTTTCTAAATGGCCAATACTGCCTGTTCAAGATAACAGCCTCTTGCGATTATTTCCAGATTCAAATGTGATTGAAGATAATGGCTGGA GCGAAAATATGCGTTCATTGTTGGTGAAAGTAGGTTGTTTATTCTTGCGGCGTGACCTACCTATAGAACATCCACAGCTTGGTGACTTCGTGCAGCCTCC AACAGCAGCAGGAATATTAAATGCATTTTTGGCTGTTGCTTGCAAGGCTGAGGATGTTCATGAGATTTTCAAGGATGCATCAGAAGGTGAGCTTCACGAA TTGAGAAGTTTTGTCCTTCAATCAAAATGGTTTTTAGAGGAACAGATGGATGACACCCATATTAAGCTCATCAAACAGCTTCCTATGTATGAATCCTACC GAAGCAGAAAACTAGTTTGTCTGTCTAAGCCGACCAAATGGCTTAAGCCAAATGGTGTCCGAGAGGATCTTTTAAATGATGATTTCGTGCGCACTGAGTC AGAAAGAGAGGGAGTTATTCTGAGGAGGTACTTGGACATCAGAGAACCGTCTAGAGTGGAATTTTATAAAGGTTATGTATTGAACAGAATGCCAGAGTTT CTCTCGCAGCAGGGAGCTGTTTCAAAAATTTTACACGATGTGAAGCTTTTGGTCTTGGATGATGTCTCCATTAAATCTGCACTTTCTGAGACACCTTTTG TTTTGGCTGGCAATGGATCTTGGCAACAGCCTTCAAGGCTATACGATCCCCGTATTACCGAGTTGAGCAATGTGCTACACTCACAAGCATTCTTTCCTTC GGCTGAATTTTCTGATCATGAGACGTTGGATATTCTAGTTAACCTTGGACTCAGGAGATGCTTGGGCTTTTCTGGTATTCTTGATTGTGCTAACACAGTG TCATTGTTGCACGACTCTGGTGGCGTCAAAGCAGTGGAATATGGGCATAAGTTACTTGTGCTTTTGGATGCACTTGCACATAAGCTCTCTGTCAAGGATC GAGACGGTGACTCTAATGAGCTTCAGGATGACACACTTATTGCGAATAATTCAGGAGAAGATACAGATGATAGAAATTTTGACTTTTCTAGAATTGATGA CCATAGTTATCCTACAAATGATCCAAATACTGAATGGATTTTGGAAAATTTCAGTTATGACAAAGATGAAGAAGAATTTTGGTCCGAACTGAAGGCCATT GCTTGGTGTCCTGTTTGTGCAAATCCACCAATAGAAAGATTGCCATGGTTAGCATCTAACAGCCGAGTTGCTTCACCAGTGACCGTGAGACCTAAATCTC AATTGTGGACCATGTCAAGTAAATTGTATGTGCTAGATGCTGAGTGCAAGAGCATGTACCTGGAACGAAAGCTTGGTTGGTTGGACCGCCTGAGTTTGAC TGTTCTGTCTTCACAATTGATTGAGTTGTCCAAATCCTATGGCCAGCTTAAGCTACAAAGTTTGGAAAGGAGAGATTTTGATGCTGCGCTTCAAATGGGC ATTCCCACACTTTATTCTCGGCTGCAAGAATATCTTGGCAGCGAAGATTTTGTGGTTTTGAAGTCAGCTCTTCATGGTGTTTCTTGGGTTTGGATTGGTG ATGACTTTGTATCACCAACAGCCCTTGCATTTGATTCGCCAGTGAAATTCTCCCCTTATTTGTATGTCGTCCCATCTGAGCTAACAGCCTTCAGAGAGTT ACTACTTGAGCTAGGAGTCAGACTTAGTTTTGATATTTGGGATTACTTTCATGTGCTTCAGCGTCTGCAGAAGAATGTGAAAGGGCCTCTTTCAACTGAT CAGTTGAGTTTTGTCTATTGCATCCTGGAAGCTGTGGCAGACTTTTCTTCTGAAAAGCCATTAGTTGAGGCCTCGAGTAAGGCATTGTTAATTCCAGATT CTTCTGGGTTTCTCATGTGTGCTGGGGACCTAGTGTATAATGATGCACCGTGGATTGAGAGCAGTGTGCTAGCTGGAAAACATTTTGTACATCCAAGTAT CAGCAATGATCTGGCAAATAAGCTAGGGGTGAAATCACTCCGTTGCTTGTCCTTAGTTGATGAAGACATGACTAAAGATCTACCTTGTATGGACTCGGGA AAAGTAAGCGATCTTTTGGCATTGTATGGGGACAATGACTTTTTACTGTTCGACCTTCTTGAGTTGGCAGACTGCTGCAAAGCCAAAACCGTACGCCTTA TCTTTGACAAAAGGGCACATCCTTGTCAGTCATTGTTACAACACAATTTTGGTGAATTCCAAGGCCCAGCTCTTGTTGCTATACTGGAAGGTGTCAGTTT GAACAGAGACGAAATAAGTGGTCTTCAACTCCTTCCTCCTTGGAGACTTCGTGGCGATACTCTAAATTATGGCCTGGGGCTTCTTGGCTGTTATTCAATA TGTGATGTACTGTCCATTGTTTCTGGTGGTCACTTTTATATGTTTGATCCACGTGGTTTAGCACTTGGTACACCTTCAAGTCGTGCTCCTGCTGCAAAGA TGTTTTCCTTAACAGGTACTAATTTGATAGAGCGTTTCAAGGATCAGTTCATGCCTATGCTGATTGGTCAAGATATGCCATGGGCTTCGTCAGATTTCAC GATCATCAGAATGCCATTATCATCAGAATGTCTCAAAGATGGTCTTGATTCGGGCATGAAGATAGTAAATAGGATATTTGATAGAACTTTGGAGCATGCA TCAAGATTACTTATTTCCTTGAAATCGATTGTAAAGGTGTCACTCTCAACATGGGATGAAGGAAACAGACAGCCTTGTCAAGATTTTTTAGTTTCTATCG ATTCCTCTTCAGCCTCTCTGAGGAATCCATTCTCTGAGAAGAAGTGGAGGAAGTTCCAACTATCAAGATTATTTAGTAGTTCAAATGCTGCAATTAAACT ACACGTCATAGATGTGAACTTGTACAAAGGTACTATGAAGGTTGTTGACCGGTGGCTTGTTGCACTTAGCCTTGGTTCTGGCCAAACCAGAAACATGGCT CTTGATAGGCGTTATCTTGCATACAACTTATCACCAGTTGCTGGAGTTGCTGCACTTATATCAACAAATGGTCGTCCTGCTGATGTCAATTTTAAAGGCT CTCTCATGTCTCCTCTCCCTTTGTCTGGGGTCTTACCTGTACCTGTTACTGTTCTTGGATGTTTTCTTGTGCGGCATAATGGAGGTCGTGCTCTCTTCAA GCTCCAGAATAGACGGGCAGTGACAAAAGCAGAGTCGGAAGCTGGAGATCAACTGCTTGAAGCTTGGAACAGCGAATTAATGTCTTGTGTTCGTGATTCA TACGTGCATATGGTGGTGGAAATGCAGAAGTTGAGAAAAGAACCATCAAGTTCTAGTCTCGAATCAATTGCTCTACGTGATGTTGCTCTATCTTTGAAGG CATATGGTGACACCATTTATTCCTTCTGGCCACAATCTGTTGGGAATCCACTGATCAATCAACCTGGAGATGCCTCCAGCATCATATCAGCTGAAGTGCT TAGATCAGATTGGGAATGCTTCATTGAACAGGTTGTAAGGCCATTCTATGTCCAAGTTGCTGATCTTCCAGTATGGCAGCTTTATTCAGGAGGTCTGGTA AAGACTGAAGAGGGCATGTTTCTTTCACTGCCTGGGAATGGGGTAGGTGATAATTTACTTCCGGCTACAGTTTGTGGGTTTGTGAAGGAGCACTATCCAG TCTTTTCAGTGCCATGGGAAGTGGTGACAGAGATTCAGGCAGTTGGAATTTCTGTCCGAGAAATTAAACCAAAGATGGTTAGGGAGCTTTTGAAGTTTCC ATCAACACCTTTTGTTCTTCAATCGGTTGACACGTATATTGATGTCCTTGAATACTGTTTATCAGATGTTAAATTTCCTGAACCATCAAATCCTGATGGA ACTGACTTGGAAATGGAGCATAGTAATAACTCGAATTCCATGCACAGGGCATCTAATAGAGTAGCTAGTTCTGCCTCAATGCCCGACATGCAGAGACTTG ACAGTTTATCCGGACAGGGTGCAGCTAGTTCGGGAGATGCTTTGGAGATGATGACAAGTTTGGGGAGGGTATTATTTGATATCGGTAGGGGAGTTGTGGA AGATATTAGTAGGACTGGGGGCCCCTTAGTTCAAAGGGATGTGGCCTCAGATTTGCGAGGCAGGTATTCTGATCCAAGGCTTCAGCAAGTGACTGCGGAG TTGAGAGGTTTACCCTGTCCAACTTCATCCAATCAGCTAGCCAAACTGGGAAGTATTGAGCTTTGGATTGGGAACAAGGATCAGCAGGTCCTAATGAAAC CTCTAGCTTCAAAATTCATTCATTCAGAAGTCGTAGATCGATCCATCCTCTCTGACATCTTTTTGCAATGTGCTGCATTGGCACTACTAAAAGTCAAATG TTTCTCCTTTCAGCTATTGGCAAGTCATATGAAATTGCTTTTCCACGAGAATTGGGTAAATCATGTAATGGGGTCAAATTCAGCTCCATGGTTTTCTTGG GAGAATACATCATTTTCTGGCGGCGAAGGGGGTCCCTCCCATGAATGGATAAGATTATTTTGGAAATATTACGGGGGGTCATCTGATGAGCTATCTCTAT TTTCCGACTGGCCTCTAGTTCCTGCTTTTCTTGGCAGACCTATCTTATGTCGTGTAAAGGAGCGCAATCTGGTTTTTGTTCCTCCACCTTTGACAGACGA AGAGTCTGAAAATGAGGTCATGGACGTGAATGATACAGGAGATGCTGGAAGTATTTCAAGGACGCATACTACTGATGGAAACTCGATTGAATCCTACATC TTTGCTTTCAACGTAGCCAAACGCAGGTATCCATGGTTGTTGTCACTACTTAACCAGTGGAACATACCTGTTTTTGATGCCTCATTTGTGGACTGTGCTT CTTCATGTTATCGTCTTCCCACATCGGGTCAATCATTGGGATATGTTGTTGCTTCCAAGTTTGTTACAGCTAAGCATGCTGGCTATTTCCCTTCAGTCCC AGCACTTTCAGATTCGGACCGAGCTGCACTTTTTACTCTGTTTGCTAATGACTTCGTCTCCAATGGTCCCAAATATGGGGCTGAAGAGCTGGAAATGCTG CGTTCTTTGCCTATATATAGAACAGTCGTAGGATCTTACACTCGACTACTGGGTCAAGATCAGTGTATAATCTCCTCAAATTCATTTCTGAAGCCGTCTG ATGAGCGATGTCTTTCTTGTTCACAGGATTCTATAGGGTATTCATTACTCCGTGCCCTTGGAGTTCCTGAATTACATGATCAACAGATATTAGTAAAGTT TGGATTGCCAGGATTTGAAGGGAAGCCTCAACTTGAACAGGAAGATGTCCTAATTTATCTTTACACAAATTGGCAAGACCTGCAATCAGATTCTTCAGTA GTTGAGATTTTGAAGGAGACAAAATTTGTAAGGAATGCCGATGAATTCTCAGTAGATCTCTCTATGCCCAAGGATCTTTTTGATCCCAGTGATCCTTTAC TAGCATCTGTGTTCTCTGGTGAAAGGAAAAAGTTTCCTGGAGAAAGGTTTGGTACTGAGGGTTGGCTTCGGATTCTACGGAAATCAGGTCTTCGAACAGC CGCTGAAGCAGATGTAATTCTTGAATGCGCGAGAAAAGTGGAGTCCCTCGGACATGAATACAAGAAGTCAACAGAGGAGTATGGTGACTTTGGGAGTGAT TTAAGTTCTACGCATGATGAGATATCTGCAGAAATATTGACACTAGCTGGATCTGTTGTTGAAGCTATATTATCTAACTTCGCAGTTCTATACAGCAATA GCTTCTGTAATCACCTTGGGAAGATTGCTTGTGTTCCTGCCGGATTAGGATTTCCCAACCTAGGTGGAAAGAGAGTTCTGACTTCATATAGTGAAGCTAT TCTGGTGAAAGATTGGCCTTTGGCTTGGAGTTCTTCTCCCATTATTTCTAGACAAAATGTCATTCCACCAGAATACTCTTGGGGAGTACTGCACCTGACA AGTCCGCCACCATTTGCTAGGGTCCTGCAACATTTACAGGTAATTGGAAGAAATGGCGGTGAAGATACTCTTGCTCACTGGCCGACTGCAGCTAGCATTT TGACCGTTGATGAAGCTTCATCAAAAGTATTGAAGTATCTGGATGGTGTTTGGGATTCACTGTCTTCTTCAGAGAAAAAAGAGTTGCAGAATGTGGCATT TTTGCCTGCTGCTAATGGAACACGGCTGGTGACGGCGAGCTCTCTATTTGCCCGGTTGACAGTAAACCTATCACCATTTGCGTTTGAGCTTCCAACTCCA TACCTTCCTTTTGTGAAGGTCCTCAAAGAATTGGGCCTTCAGGATATGTTATCTGTTGCTGCTGCCAAGGATCTTCTTCTAAATCTGCAGAAGGCATGTG GATATCAACGCCTGAATCCAAATGAACTCCGTGCTGTGATGGAAATTCTCTCATTTCTTTGCGATATGTCTATCAACGCATCTCCATCTGATCTGTTTGC CTTGAAGGAAGATGCAATTATCCCAGATGATGGCTGCAGACTTGTCCATGCAAGGTCATGTGTATATATAGATTCTTATGGTTCTCGGTACGTAAATAAC ATTGACACTATGAGATTAAGATTTGTTCACCCAGACATCCCAGAGAGAATGTGTTTGCTTTTTCGCATCAGAAAGCTATCTCAAGTTGTTGTAGAGGAAC TTGATCTGGAAGAACATCTACAACAATTGGAAAGTATTCGATCTGTGCCTCTAGCTGTCGTTAGGAAGAAGCTATTGAGCAGATCATTCCTGGACGCTGT GTGGACTATTGTTAATAGCATAGCAAATCATACTACGTCAACTGACAATTTATCTATGGAAACTGTACAAAGTTCATTACAGGTGGTTGCTGAGAGATTA CGGTTTGTTAAGATCCTTCATACTCGTTTCCTTCTGCTTCCGAGATCTCTGGACATCACCCTTCTGGCTAAAGATTCTATTATTCCCGAGTGGAAAGACG GACCCAAACATAGAAGTCTGTACTTTGTCAATCAGTCAAAAGGCTCTATTTTTGTTGCTGAGCCGCCTCTGTACATCTCTGTTCTTGATGTTGTTGCTAT TGTTGTCAGCCAAATTCTCGGCTTCCCTAGCTCGTTGCCTCTTGGATCCTTATTCTTATGTCCAGAAGGTTCTGAAACTGTGATTCTTGATACCCTGAGA CTGTGTTCGGAGAAAAGAGAGATTGAGCCCACAGCTAATAAATTGGTTGGCAAGGAGATACTGCCTTCCGATGCTCTTCAAGTGCAGCTTCATCCATTGA GACCCTTCTATAAGGGTGAAATAGTAGCATGGAGGTATCAAAATGGTGAGAAGTTGAGATATGGTAGAGTTCCTGAGGACGTCAGACCATTGGCTGGGCA AGCACTCTATAGATTGAAGGTTGAAACTGCAACTTCAACGGTTGAGCCTTTACTGTCTTCTCAAGTATTCTCATTTAGAAGCGTATCGACGGGGGATGCT TCCGCTGCAACTTTACCCGAGAGTAGTCAAGTAGCAACAGAGAGAAGTGCATCTAAGGAGACTCCTGAAAGTTCTGGTGGAAGCAAACCAAAATCTTCCG AGATACAAAGCTTCAAGGATCTTCAATATGGTAGAGTATCTGCTGGTGAACTTGTCCAGGTGGTACACGATATGCTATCCACTGCAGGGATAAATCTGGA TGTGGAGAAGCAGTCTCTACTTCAAAGAACTTTGGCTTTACAAGAACAATTGAAAGAATCACAGGCAGCACTACTACTCGAGCAGGAAAGGGCGGAAGGG GCAAGCAAGGAGGCGGAGACGGCAAAAGCAGCATGGGTATGCCGGGTATGTTTGAGCAATGAAGTTGACATGACAATAGTCCCTTGTGGCCATGTCCTCT GTCGTCGATGCTCGTCGGCTGTTTCTAGGTGTCCATTCTGTAGGCTTCAGGTATCCCAAAACACTCCTTCATCATTTGGCTTGCTATGCATGGTAGACTT GTCACAAATGTTCAGATTGCGAGTTGGGGGGATCGTCATTGATATTTCATGCTATCTTTGTGAGATCGGAGTTGACTTTGATCATATTATGGGGGACTGC AGTTTCATTAAACACATTTGGTCATACTGTTTTGGGAAATTTGTTGGAGCAGCAAGCTGGCGGAAAAGGGTTCAGCATGCCCTTAGTGACTCCTCAACCT CATCTATGGACATCAAAGGTAGACGTCTTATCTGGAGAGAAATTATAAGCATGGTTTGGTATGAACGTTACAAACGTAGATCTGAGGAAAAGTGCAGGGA TGAAGTGGATTTGGCTTGA
AA sequence Show only first row Show all	>Lus10001530 pacid=23146006 polypeptide=Lus10001530 locus=Lus10001530.g ID=Lus10001530.BGIv1.0 annot-version=v1.0 MASSSQDSIFLEDFGQKVDLTRRIREVLLNYPEGTTVLKELIQNADDAGATEVRLCLDRRIHATQSLLSPSLSQWQGPALLAFNDAVFTKEDFVSISRIG GSAKHGQAWKTGRFGVGFNSVYHLTDLPSFVSGNYVVLFDPQGVYLPNVSTANPGKRIDFVASAAISVYNDQFSPYCAFGCDMKSPFTGTLFRFPLRNSD QAGTSKLSRQAYLNDDVLSLFGQLYEEGVLSLLFLKSVLSVEMYVWDDGEARPRKLYSCSVSSVNDEVIWHRKALLRMTKNLPRNGEMDSYSVEFLSEEV SGSEVKKRIDVFHIVQAMASPDSRIASFASAASKEYDIHLLPWASVAACISDNDDLKLGRAFCFLPLPVRTGLSVQVNGYFEVSSNRRGIWYGDDMDRSG KVRSVWNKFLLEDIVAPAFRCLVLGVQELLGATDLYYSLFPVGPFEEPWSILVENIYRMISDAPLLHSDLEGGKWVTPHEAFLHDGEFSKSKELGEALLQ LGMPIVHLPDNLFNMFLKYASGFQQKVITPDTVRHFLKGCKSLQKLCKSHRLVLLEYCLEDLVDSDVAIYANDMPLLPLANGDFGVLCGPSRGIPYFICN DELELILLEQVSDQLVDPNIPANIASRLSSIAELSNTNLTMFKIEYLLKLFPRFVPDDWKYKEKVTWNSDAMHILPTSSWFKLFWQYLQSHCEKLSMFGD WPILPSTSGHLYRPSRESKLLAADKLPGLVQGSLIKFGCKILDSNYRVEHPDLSLYVSDADCVGVVESIFNVFSSNVSLIERSFQNLLVEERDELRRFLL DPKWYMGDCIDETVIRTCKKFPVFRVYGGTSTQDVQFCDLGNSQKYLPPLDVPVNFLGVEFVMCSTATEEQIMLRFFGIERMKKPQFYRQHVFITIKDLQ PEVRNPIMVSVLQNLPQLCVEDTSFKECVRQLEFVPTLNGAVRSPAVLYDPRNEELVALLEDSDSFPSGTFLEADILDMLHSLGLKTSVSPETVIESARQ IETLMHEDQQKAQSRGKLLLSYLEVNAMKWVPNQSSNDQGAVNRIFSRAAIAFRPRHLKSDLEKFWNDLRLISWCPVMVAAPFPSLPWPLVSSMLAPPRL VRPQTDLWMVSASMRILDGECSSTALAYNLGWLSPPGGSAIAAQLLELGKNNEIVDDQVLRQELALAMPRIYALMVSLVGSEEMDIVKAVLEGSRWIWVG DGFATCDEVVLDGPLHLAPYVRVIPVDLAVFKELFLELGVREYFKPMDFANILTRMATRKGSSPLDPQEIRAAIMIVQHLAEVQFHEQNLKLYLPDVSGR LFPASDLVYNDAPWLLGSDDPDCSFGGASIIALNAKRTVQKFVHGNISNEVAEKLGVCSLRRILLAESADSMNLSLSGAAEAFGQHEALTTRLKHILEMY ADGPGILFELVQNADDAGASEVTFLLDKTQYGTSSVLSPEMADWQGPALYCFNDSVFTPQDLYAISRIGQESKLEKPFAIGRFGLGFNCVYHFTDIPTFV SGDNIVMFDPHANNLPGISPSHPGLRIKYVGKNILEQFPDQFSPFLHFGCDLQNPFPGTLFRFPLRSSNVALRSQIKKEAYVTEDVMSLFASFSGVVSDT LLFLRHVKKISVFVKEGNGSEMQLLHHVHRNSVSEPEMVNAVDDLFSLIDGNRFSGLDKGQTIKMLSKSIDRDFLHKCQKIVVTEQNPSGALLHCWITGE CLGGGRGKKNSAVAGGDSHKSIPWARVAAYVHSVVVEGQCDISNTSSVFTKDLFQVSTTLLQSRKNFEGRAFCFLPLPISTGLPAHVNSYFELSSNRRDI WFGNDMAGGGKKRSDWNLYILENIAAPAYCHLLEKIAIEIGPSDLFFSYWPTGVVLEPWTSMVRKIYVFISESGLRVLYTKARGGQWISSKQALFPDFSF YKVHELVEALSDAGVPLVTASKQLVEQFTEACSSLNLLTPQLLRTLLIRRKRGFNNRGAIVVTLEYCLVDLDPVQPDNLCGLALLPLSDGSHASFEKNGA GERIYVTRGEEYGLLKDSLPHLLVDVEIPEIVKQKLCSIAESRKLNVCLLSCHLLEKLFLKLLPAEWQLSKRVTWVPSQRGQPSPEWMRLLWSYLKSSCD DLSIFSKWPILPVQDNSLLRLFPDSNVIEDNGWSENMRSLLVKVGCLFLRRDLPIEHPQLGDFVQPPTAAGILNAFLAVACKAEDVHEIFKDASEGELHE LRSFVLQSKWFLEEQMDDTHIKLIKQLPMYESYRSRKLVCLSKPTKWLKPNGVREDLLNDDFVRTESEREGVILRRYLDIREPSRVEFYKGYVLNRMPEF LSQQGAVSKILHDVKLLVLDDVSIKSALSETPFVLAGNGSWQQPSRLYDPRITELSNVLHSQAFFPSAEFSDHETLDILVNLGLRRCLGFSGILDCANTV SLLHDSGGVKAVEYGHKLLVLLDALAHKLSVKDRDGDSNELQDDTLIANNSGEDTDDRNFDFSRIDDHSYPTNDPNTEWILENFSYDKDEEEFWSELKAI AWCPVCANPPIERLPWLASNSRVASPVTVRPKSQLWTMSSKLYVLDAECKSMYLERKLGWLDRLSLTVLSSQLIELSKSYGQLKLQSLERRDFDAALQMG IPTLYSRLQEYLGSEDFVVLKSALHGVSWVWIGDDFVSPTALAFDSPVKFSPYLYVVPSELTAFRELLLELGVRLSFDIWDYFHVLQRLQKNVKGPLSTD QLSFVYCILEAVADFSSEKPLVEASSKALLIPDSSGFLMCAGDLVYNDAPWIESSVLAGKHFVHPSISNDLANKLGVKSLRCLSLVDEDMTKDLPCMDSG KVSDLLALYGDNDFLLFDLLELADCCKAKTVRLIFDKRAHPCQSLLQHNFGEFQGPALVAILEGVSLNRDEISGLQLLPPWRLRGDTLNYGLGLLGCYSI CDVLSIVSGGHFYMFDPRGLALGTPSSRAPAAKMFSLTGTNLIERFKDQFMPMLIGQDMPWASSDFTIIRMPLSSECLKDGLDSGMKIVNRIFDRTLEHA SRLLISLKSIVKVSLSTWDEGNRQPCQDFLVSIDSSSASLRNPFSEKKWRKFQLSRLFSSSNAAIKLHVIDVNLYKGTMKVVDRWLVALSLGSGQTRNMA LDRRYLAYNLSPVAGVAALISTNGRPADVNFKGSLMSPLPLSGVLPVPVTVLGCFLVRHNGGRALFKLQNRRAVTKAESEAGDQLLEAWNSELMSCVRDS YVHMVVEMQKLRKEPSSSSLESIALRDVALSLKAYGDTIYSFWPQSVGNPLINQPGDASSIISAEVLRSDWECFIEQVVRPFYVQVADLPVWQLYSGGLV KTEEGMFLSLPGNGVGDNLLPATVCGFVKEHYPVFSVPWEVVTEIQAVGISVREIKPKMVRELLKFPSTPFVLQSVDTYIDVLEYCLSDVKFPEPSNPDG TDLEMEHSNNSNSMHRASNRVASSASMPDMQRLDSLSGQGAASSGDALEMMTSLGRVLFDIGRGVVEDISRTGGPLVQRDVASDLRGRYSDPRLQQVTAE LRGLPCPTSSNQLAKLGSIELWIGNKDQQVLMKPLASKFIHSEVVDRSILSDIFLQCAALALLKVKCFSFQLLASHMKLLFHENWVNHVMGSNSAPWFSW ENTSFSGGEGGPSHEWIRLFWKYYGGSSDELSLFSDWPLVPAFLGRPILCRVKERNLVFVPPPLTDEESENEVMDVNDTGDAGSISRTHTTDGNSIESYI FAFNVAKRRYPWLLSLLNQWNIPVFDASFVDCASSCYRLPTSGQSLGYVVASKFVTAKHAGYFPSVPALSDSDRAALFTLFANDFVSNGPKYGAEELEML RSLPIYRTVVGSYTRLLGQDQCIISSNSFLKPSDERCLSCSQDSIGYSLLRALGVPELHDQQILVKFGLPGFEGKPQLEQEDVLIYLYTNWQDLQSDSSV VEILKETKFVRNADEFSVDLSMPKDLFDPSDPLLASVFSGERKKFPGERFGTEGWLRILRKSGLRTAAEADVILECARKVESLGHEYKKSTEEYGDFGSD LSSTHDEISAEILTLAGSVVEAILSNFAVLYSNSFCNHLGKIACVPAGLGFPNLGGKRVLTSYSEAILVKDWPLAWSSSPIISRQNVIPPEYSWGVLHLT SPPPFARVLQHLQVIGRNGGEDTLAHWPTAASILTVDEASSKVLKYLDGVWDSLSSSEKKELQNVAFLPAANGTRLVTASSLFARLTVNLSPFAFELPTP YLPFVKVLKELGLQDMLSVAAAKDLLLNLQKACGYQRLNPNELRAVMEILSFLCDMSINASPSDLFALKEDAIIPDDGCRLVHARSCVYIDSYGSRYVNN IDTMRLRFVHPDIPERMCLLFRIRKLSQVVVEELDLEEHLQQLESIRSVPLAVVRKKLLSRSFLDAVWTIVNSIANHTTSTDNLSMETVQSSLQVVAERL RFVKILHTRFLLLPRSLDITLLAKDSIIPEWKDGPKHRSLYFVNQSKGSIFVAEPPLYISVLDVVAIVVSQILGFPSSLPLGSLFLCPEGSETVILDTLR LCSEKREIEPTANKLVGKEILPSDALQVQLHPLRPFYKGEIVAWRYQNGEKLRYGRVPEDVRPLAGQALYRLKVETATSTVEPLLSSQVFSFRSVSTGDA SAATLPESSQVATERSASKETPESSGGSKPKSSEIQSFKDLQYGRVSAGELVQVVHDMLSTAGINLDVEKQSLLQRTLALQEQLKESQAALLLEQERAEG ASKEAETAKAAWVCRVCLSNEVDMTIVPCGHVLCRRCSSAVSRCPFCRLQVSQNTPSSFGLLCMVDLSQMFRLRVGGIVIDISCYLCEIGVDFDHIMGDC SFIKHIWSYCFGKFVGAASWRKRVQHALSDSSTSSMDIKGRRLIWREIISMVWYERYKRRSEEKCRDEVDLA

---

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
AT5G23110			Zinc finger, C3HC4 type (RING ...		Lus10001530 [exp]	0	1
AT2G46560			transducin family protein / WD...		Lus10005975 [exp]	2.4	0.9706
AT1G03060		SPI	SPIRRIG, Beige/BEACH domain ;W...		Lus10018743 [exp]	3.5	0.9702
AT2G45540			WD-40 repeat family protein / ...		Lus10009307 [exp]	4.2	0.9679
AT3G02260		CRM1, TIR3, LPR...	UMBRELLA 1, TRANSPORT INHIBITO...		Lus10034360 [exp]	7.7	0.9657
AT5G27970			ARM repeat superfamily protein...		Lus10004117 [exp]	7.7	0.9639
AT2G21390			Coatomer, alpha subunit (.1)		Lus10035884 [exp]	8.9	0.9609
AT1G55860		UPL1	ubiquitin-protein ligase 1 (.1...		Lus10032589 [exp]	9.2	0.9625
AT1G58250		SAB	SABRE, Golgi-body localisation...		Lus10024283 [exp]	10.4	0.9625
AT1G03060		SPI	SPIRRIG, Beige/BEACH domain ;W...		Lus10024828 [exp]	11.8	0.9486
AT2G35630		GEM1, MOR1	MICROTUBULE ORGANIZATION 1, AR...		Lus10001216 [exp]	12.0	0.9595

Compare expression of checked genes

Lus10001530 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.