1

Table S1. Primers of 119 Populus WRKY genes used in real-timeq RT-PCR for screening highly responsive genes

Genes / Forward and Reverse Primers (5ˊ-3ˊ)
PthWRKY1 / GTTCTTGATGATGGATATCG / GCTTGAGAAGAGGAGTTAGG
PthWRKY2 / GGAGGCTACAATAAGGAAGG / GTAGTTATGAGGATGGTTCG
PthWRKY3 / TGTGGAAGCAGTGGTAGATG / CTCTCATACTGCTACACTTG
PthWRKY4 / TTACCACACAAGACCATCAC / GTTGGCTGTGTTATGGCTGC
PthWRKY5 / CTATGAAGGAACGCACAACC / ATGGAGGTCAACGGCGATG
PthWRKY6 / CACAGCCATCTCCAACAAC / GATTGCTTGCTTGTTCCACC
PthWRKY7 / GGACCAACTTCTTCTCCTTC / AAGGATGAGGTAGTGGTGCC
PthWRKY8 / CGACAACCACCAGAACAAGG / GGACGAAGATGAAGAATAAG
PthWRKY9 / AAGTGTGCCTCTTCTGGTCG / ACATCCTCTCACACTACTGC
PthWRKY10 / TGAAGTATCAGGCTGATAGG / TCTACCAGAACACCTCCTCC
PthWRKY11 / ATCTCACCGACGACTAATCC / CCAGATTCGTTGGAGATGAG
PthWRKY12 / TAGCAACAACAACAACAGCC / TTCGTGAGCAGCAGAAGGTG
PthWRKY13 / GTGTTGATGTTGATGATGAGTCCG / CCCATACTTCCTCCAGCGATACC
PthWRKY14 / AACGAGAGATAGGAAGGATC / AGCTGGTTCTGTCACTCTAACCTC
PthWRKY15 / TGAGACCAGACATCCACACG / CATCAACGACACGACCAGATCG
PthWRKY16 / GTTGTTAGAGTGAGGATTGG / GGTGTAAGTAACGATGAGTACCG
PthWRKY17 / CCTCACGACAGCACCAGCACCTGC / CAATTGGAGAAGCCATAGCACCAGC
PthWRKY18 / TGAGGAGGCACACAAGGCAG / AACTTCCTTACTCTTCCATG
PthWRKY19 / AGTTCCACCAGCAGCAGCAG / TCACCACTACTACCAGCACC
PthWRKY20 / GCGAGGTTGACACTGTCAATG / CAAGTGTTGAGACCAGTTGTG
PthWRKY21 / TTCACCGCACCTCTCCTTCTC / GCTAAGGCTGCTGTGAAGTTTG
PthWRKY22 / GGAATGACACACCAGCAGGC / CACTCTAGAATCCGCGACTG
PthWRKY23 / TACCAACACCACATCCAT / CTTGCGCCACGCCCACATGTC
PthWRKY24 / CGCCACCAGAGTTGTTGAAT / CTCTCTCTGTCTCTTCTGAT
PthWRKY25 / AAGAGGCTGGTGTTAGTGCT / ATAATCTTCACTCTCTGCCT
PthWRKY26 / ATACAAGAGGCTGCGTCACAAG / CTGTGATTGCGGTGATTGTGTC
PthWRKY27 / GAGAACTCCATACTCAGCGAA / ACTCGGTATCTCAGGCGGTTTC
PthWRKY28 / TAGCACACAGCAGGATACACCCG / CTTCACCCTCTCCACCACTTAG
PthWRKY29 / AGATGGACAAAGCAAGTGAGAG / CTCGGAGTTGTGTGAGAGGAAGC
PthWRKY30 / TCGGATAGAAGCAGAAGAGAGG / GTACTCGGTATCTCAGGCGGTT
PthWRKY31 / ACTCAGCCAGCCAACCAGAAAC / GTTGCTGTAAGTCCTGTGGCTC
PthWRKY32 / GATGATGATGATGATGATGGAG / CAAGGTAAGAACAGCAACAAC
PthWRKY33 / CAATGACAACAATCTCTCCG / AATTCGGCGTGGATGGTAGG
PthWRKY34 / CGCTCAATACTAATACAACC / ATCCACATCGCTCCTTGTCT
PthWRKY35 / GTCTCTGATGGGAAACAAGG / CTCTTATTGTCCTCTTCACC
PthWRKY36 / GCACCAGTGCAGGATGCAATG / AGCTGTAGAAGCACTGGTC
PthWRKY37 / AGCCTAACGAGCAAGTCCCT / ATAGTAGGCACGAGGACAAG
PthWRKY38 / GGCTTCATAATACCTCCTTC / AGCACATCCACATCACTCAT
PthWRKY39 / GCTAAGAAACAAGTGGAGAG / CATGCCCTTCTTCTGTTTCT
PthWRKY40 / AGGCCGTGTGATAGAGATTG / CTGTCGGTGTTTCTTGTGC
PthWRKY41 / GGAGCCATAGAAGAGGAATT / ATCGTTGTTGTTGTTGCTTG
PthWRKY42 / TTCTCAACCCAATAGGCAGC / ATATCCTGCCACTTCCATCC
PthWRKY43 / AGGATAGGAGAGGTTGTTAC / ACCTTGTTCATACTTGCGAG
PthWRKY44 / AAGGAGGAATGGAACAAAGATG / GGTGGAGTAGAGGCTTGTTTAC
PthWRKY45 / AATCCAAACCAAGTCCTACG / ATAACCATCATCAGCCATCC
PthWRKY46 / CAACAATAGCCAACAGCAAC / CCAAGCCCACACATCATTAG
PthWRKY47 / GCACTTCAGCTGGGTGTCCTG / CCACTGGGTTGAAGTAACTTGG
PthWRKY48 / CTTCTCTCCTCATCACAACC / GTTGCTGTTGCTGTTGATGG
PthWRKY49 / TGCTTCAACTGACCTGGAAGG / AAGTATATCAACCTGGCTCC
PthWRKY50 / CAGCAGAACAGTAAGAGAAC / CATGGTTGTGCTTTCCTTC
PthWRKY51 / AGCGTCAAGAGAAACCAAAGCC / GTTGGATTCAGATGTTGCCG
PthWRKY52 / TTATGAAGGAGAGCACAACC / AGCTCCTGTCATCATTCCTT
PthWRKY53 / CTCATAACACAACTGGTCTC / GTTAGCAGCACCACTTACTT
PthWRKY54 / GAGAAGAAGATTAGAAAGCC / CACTACAACACCTTCGTCTT
PthWRKY55 / CATTTCAACCTCCTTCACTC / TCTTTCTCTTCTCCGCTAAC
PthWRKY56 / CTTTAGTCCTTCTTTGCTTG / AGATGAAGAGTTGGGTGTAG
PthWRKY57 / CCTCTTCAGAGTATTCAGTC / ATTATCCTGCCACCTCCATC
PthWRKY58 / CCAAACGAAGTAAGAAGGCC / TCCACTTTACTCCTCTCTAC
PthWRKY59 / TCCCACCTGATGATTATTCC / GGATGAGAGTGGTTGTGTTC
PthWRKY60 / GCAGGATACAGATCGAGGAG / GATGAGGCATGATTGTGAG
PthWRKY61 / ACAACAGCAATCACAGCAAG / AGTGAGTAGTGAGTTGGTTC
PthWRKY62 / TTACTACCACACTCCATTCC / AGATGAAGAAGGTGACAGGC
PthWRKY63 / CGAGGTTACATCTTCAGCAT / ATTCTTCTCCTTCACCATCG
PthWRKY64 / AGCAGATTCCTCCTCCAGTT / GCTGATGAAGATGATGGCTG
PthWRKY65 / CTACAGATGCAGCAGCACTAAG / GCTACTCTCCTTCTGATCTTCC
PthWRKY66 / ACCACCATCAACAGCAACAG / GTTGCTGTGGCTGTTCCTTGGT
PthWRKY67 / GTTCGCAAGGTCCACTAGT / GCTCAAAGTTATCTGTAGAC
PthWRKY68 / CAGAAGGCAGTGAAGAATAG / TGATGGTTATGCTGTCCTTC
PthWRKY69 / GGCGACATCCACCACTAT / ATCTACTTCACTGTCCATC
PthWRKY70 / AGGAATCAGAGAGGGTGGTT / AGTGTTGTTCCAGAGAGTTC
PthWRKY71 / CTACATCAGAAGGAGGAAGG / CTTCCTTATTGTAGCCTCCG
PthWRKY72 / GGATGGTGTTGGTGTTCTTG / CTTCACTCTCAGCCTTTCTC
PthWRKY73 / ACACAACCTATCTCGTCTGC / CTAGGACTCTTCACTTGCTT
PthWRKY74 / CTTCCAGCGTTCTATGCCTT / CAGGAATAATCATCAGGTGG
PthWRKY75 / AGAAAGACCACTCCCAGATG / TCTGGTGATGATGGTGATGG
PthWRKY76 / ACACAACCTATCTCGTCTGC / CTAGGACTCTTCACTTGCTT
PthWRKY77 / AGTGAAGTAGAGGAGGATGG / ATCATCTTCTGCTCCTCCTC
PthWRKY78 / TGACCTACACAGCAGAGCAC / CTGGAGATGAGCAAGTGGGT
PthWRKY79 / CTCAACACCACAAGCAATCC / CTTGTTCTTGTCTGCGGATG
PthWRKY80 / CAGAAGCAGACCACACAACT / GTCCTTGTGTTCCTGATGAG
PthWRKY81 / GCTTGATGATGGATTTGGTG / ATCCATCATCCATCACCTCC
PthWRKY82 / GGGCAACAAAGCTACTATCG / GGAATCATCACATGGAGAGTG
PthWRKY83 / TGCCTGTTTCGCCGTGTAAT / AGCTGCTGGTGCTGGAATAC
PthWRKY84 / TCCTAAACCTCAACCAAGCC / CATCCAACCTCCTGCTTCTT
PthWRKY85 / TGAGGATGGTGTTGGTGTTC / CTCAGCCTTTCTCTTCCTTG
PthWRKY86 / TGGAACACAGGCAGAAAGAG / CTTGCTCTCTTGTTCGAGTC
PthWRKY87 / CCAGCAGCCCTTGTTTGAAG / GATTGGTGGTAGAAGGTGCATC
PthWRKY88 / GTCCTTCAGTTTCACCATCATC / CTCTCTTTCCTGGTTTCACC
PthWRKY89 / TCAGGAGAAGAGGACAATGC / CACAGGACAACCAACAGATG
PthWRKY90 / ACTTCCAGTTTCAGCCACAG / AGTTGAAGTAGAGGGAGAGG
PthWRKY91 / CCAGGAGCTACTATCGTTGTAC / CTGAGATGGAGTTTGTGAC
PthWRKY92 / TCCAAGCTAGAGCTGTTTGC / GTGGCAGGACTCAAGATACT
PthWRKY93 / ACAATGGCGTCAACAACAAC / ATTGTGTAGGAGGTCTTTGG
PthWRKY94 / CTATCCTCAGAACCCTAAAC / CTCTATGCTCCACTTCTGTC
PthWRKY95 / CTCAGCCATCTCCAACTACT / GATTGCTTGCTTGTTCCACC
PthWRKY96 / ATTCCTCCTCCTTCTTTGCC / CATGGCTGTTGAAGTTGTGG
PthWRKY97 / GAGAAGAAGGTTAGAAAGCC / CGACGCCCTCATCTTTGGTT
PthWRKY98 / TCTACTGCCACACTCCTTTC / CAGATGAAGAAGGCGACAAG
PthWRKY99 / CACCACCACCAACAAGTAGC / GCTACTTGTTGGTGGTGGTG
PthWRKY100 / CATTCGGATGCGAAACACAG / CTCCATCTATACCCATCATC
PthWRKY101 / GTCATTTCTCTTCTGGGTCG / AACTGGAGGAGGAATCTGCT
PthWRKY102 / AAATGCTTCACCACCGTCTG / GGTGGGTACTTCTAGAAGG
PthWRKY103 / CAACATAACCTCCCACAAGC / ACGTTTCACATCCTCACTGG
PthWRKY104 / ATGGAGCAGAGGAAGAAAGG / GTGTCCTTAGATAGCCTTTG
PthWRKY105 / TGAGGAGGACAAAGAAGAGC / CATTCTGCTCTCTTCTTCGC
PthWRKY106 / CAAGGAACTACTACAGGTGC / GGTGATTGCTGCTGTTGTTG
PthWRKY107 / ACAGCAGCAGCAAATGAAGC / CATTTCCTCTTGTGTTGCTG
PthWRKY108 / TGGATTGTTGGGATTGATGC / ATTTGTTGTTCTTGACGGCC
PthWRKY109 / GCTTCTCTCCTCATCACAAC / GTTGCTGTTGCTGTTGATGG
PthWRKY110 / AACATCACGAACAACCCACC / GATGTGGTGCTGATACTGGT
PthWRKY111 / TCCTTCATTACACCACCACC / AATAAAGAAGCAGCGGCACC
PthWRKY112 / GAGGAGAATACCAGTGAACC / CCCTTCACCATCTTCTGTCC
PthWRKY113 / TGAGTCTGTGTTTGCTGAGG / CTGTCCTTCACCTTCAACTC
PthWRKY114 / ACGGTGGTGTTGGTGGTGAT / AATGGGCGAATCAAGCAAGG
PthWRKY115 / CTACTGCCACACTCCTTTCC / AGATGAAGAAGGCGACAAGC
PthWRKY116 / ATTCCTTCCTGTTTCTGGCC / CCTCTCTTTCCTGGTTTCAC
PthWRKY117 / GTCTTCATCTCTGCCTAACC / CAGCATCCAACCTCCTTCTT
PthWRKY118 / GAGGCGACATCCACCACTAT / ATCTACTTCACTGTCCATCG
PthWRKY119 / TTGAGGAGGAGGAGGAGAGT / CACTCTGGGCTGTTACGCTT

Table S2. Characteristics of the 13 PthWRKY poplar WRKY proteins

Gene / cDNA length(bp) / Mature protein
AA / PI / MW(KDa)
PthWRKY28 / 498 / 165 / 5.38 / 18.80
PthWRKY41 / 957 / 318 / 8.96 / 35.13
PthWRKY44 / 1092 / 363 / 6.14 / 40.94
PthWRKY45 / 915 / 304 / 5.61 / 34.02
PthWRKY51 / 1098 / 365 / 4.88 / 41.20
PthWRKY56 / 957 / 318 / 7.21 / 35.50
PthWRKY61 / 1017 / 338 / 6.10 / 37.98
PthWRKY62 / 939 / 312 / 6.80 / 34.90
PthWRKY75 / 1029 / 342 / 5.08 / 38.39
PthWRKY88 / 378 / 125 / 10.31 / 14.11
PthWRKY105 / 408 / 135 / 8.23 / 15.54
PthWRKY106 / 1002 / 333 / 6.51 / 37.67
PthWRKY116 / 537 / 178 / 9.79 / 20.39

Table S3.Analysis of variance of the 13 PthWRKY genes expression across 7 time points and 3 tissues

Df / Sum Sq / Mean Sq / F value / Pr(>F)
PthWRKY28 / Timepoints / 6 / 30.051 / 5.0084 / 1.8026 / 0.1813
Tissues / 2 / 12.939 / 6.4696 / 2.3284 / 0.1398
Residuals / 12 / 33.342 / 2.7785
PthWRKY41 / Timepoints / 6 / 34.961 / 5.827 / 4.4158 / 0.01384 / *
Tissues / 2 / 75.125 / 37.563 / 28.466 / 2.78E-05 / ***
Residuals / 12 / 15.835 / 1.32
PthWRKY44 / Timepoints / 6 / 45.263 / 7.544 / 3.6508 / 0.02682 / *
Tissues / 2 / 103.319 / 51.659 / 25.0001 / 5.26E-05 / ***
Residuals / 12 / 24.796 / 2.066
PthWRKY45 / Timepoints / 6 / 28.842 / 4.8071 / 0.9684 / 0.4858
Tissues / 2 / 1.303 / 0.6517 / 0.1313 / 0.8782
Residuals / 12 / 59.568 / 4.964
PthWRKY51 / Timepoints / 6 / 18.298 / 3.05 / 1.6778 / 0.2097
Tissues / 2 / 80.536 / 40.268 / 22.1539 / 9.37E-05 / ***
Residuals / 12 / 21.812 / 1.818
PthWRKY56 / Timepoints / 6 / 9.3602 / 1.56 / 6.4626 / 0.0031065 / **
Tissues / 2 / 8.6119 / 4.306 / 17.8379 / 0.0002543 / ***
Residuals / 12 / 2.8967 / 0.2414
PthWRKY61 / Timepoints / 6 / 63.556 / 10.593 / 4.692 / 0.01107 / *
Tissues / 2 / 138.221 / 69.11 / 30.612 / 1.94E-05 / ***
Residuals / 12 / 27.092 / 2.258
PthWRKY62 / Timepoints / 6 / 49.114 / 8.186 / 5.7086 / 0.005173 / **
Tissues / 2 / 93.947 / 46.973 / 32.7589 / 1.38E-05 / ***
Residuals / 12 / 17.207 / 1.434
PthWRKY75 / Timepoints / 6 / 96.924 / 16.154 / 2.8092 / 0.060368
Tissues / 2 / 110.724 / 55.362 / 9.6277 / 0.003203 / **
Residuals / 12 / 69.004 / 5.75
PthWRKY88 / Timepoints / 6 / 28.366 / 4.7278 / 4.9824 / 0.008822 / **
Tissues / 2 / 16.413 / 8.2067 / 8.6487 / 0.004722 / **
Residuals / 12 / 11.387 / 0.9489
PthWRKY105 / Timepoints / 6 / 10.2391 / 1.70652 / 0.8919 / 0.5304
Tissues / 2 / 1.3835 / 0.69173 / 0.3615 / 0.7039
Residuals / 12 / 22.9593 / 1.91327
PthWRKY106 / Timepoints / 6 / 41.112 / 6.8519 / 1.3091 / 0.3247
Tissues / 2 / 16.046 / 8.0229 / 1.5328 / 0.2554
Residuals / 12 / 62.81 / 5.2342
PthWRKY116 / Timepoints / 6 / 31.579 / 5.2631 / 4.1674 / 0.017029 / *
Tissues / 2 / 19.989 / 9.9945 / 7.9137 / 0.006431 / **
Residuals / 12 / 15.155 / 1.2629

PthWRKY28, 45 and 105 are lowly expressed genes (cluster 1);PthWRKY56, 88 and 116 are intermediately expressed genes (cluster 2); and the other are highly expressed genes (cluster 3).*: P < 0.05; **: P < 0.01; ***: P < 0.001

Table S4.Expression level (FPKM) of 119 poplar WRKY genes detected by RNA-seq in both salinity and water treated conditions.

Gene / S1_FPKM / S2_FPKM / W1_FPKM / W2_FPKM
PthWRKY1 / 1.57266 / 3.52035 / 2.52071 / 2.99191
PthWRKY2 / 7.73475 / 7.46132 / 13.6527 / 12.3597
PthWRKY3 / 9.04932 / 9.37343 / 9.67263 / 8.84657
PthWRKY4 / 9.10621 / 8.95643 / 9.66454 / 11.8072
PthWRKY5 / 0 / 0.0968961 / 0.0286157 / 0.288771
PthWRKY6 / 9.91724 / 9.8364 / 10.7327 / 11.4585
PthWRKY7 / 15.5454 / 10.0733 / 13.7561 / 10.4888
PthWRKY8 / 2.99828 / 4.66443 / 3.31764 / 2.21764
PthWRKY9 / 0.958045 / 0.678946 / 1.48874 / 0.635323
PthWRKY10 / 4.24113 / 5.23871 / 5.92272 / 4.58648
PthWRKY11 / 3.47593 / 2.70813 / 3.53351 / 3.63259
PthWRKY12 / 1.83471 / 3.66046 / 4.06871 / 5.18862
PthWRKY13 / 2.65995 / 4.61406 / 2.78011 / 2.36888
PthWRKY14 / 6.58697 / 3.8813 / 5.11284 / 5.25663
PthWRKY15 / 0.297879 / 0.247695 / 0.337236 / 0.279311
PthWRKY16 / 14.4364 / 13.781 / 22.0522 / 15.1151
PthWRKY17 / 9.51875 / 10.3966 / 9.81716 / 13.3595
PthWRKY18 / 5.39511 / 4.89078 / 6.05281 / 4.0317
PthWRKY19 / 0.080223 / 0.107429 / 0.10878 / 0.12155
PthWRKY20 / 6.45905 / 6.10675 / 7.60658 / 9.95909
PthWRKY21 / 1.81566 / 1.97659 / 2.77889 / 5.53056
PthWRKY22 / 8.1622 / 7.78184 / 10.4666 / 11.8153
PthWRKY23 / 0 / 0 / 0 / 0
PthWRKY24 / 0.1977 / 0.143018 / 0.323618 / 0.299951
PthWRKY25 / 10.5205 / 10.4733 / 40.0613 / 63.5652
PthWRKY26 / 11.4004 / 10.7954 / 23.689 / 18.3883
PthWRKY27 / 2.42312 / 2.85149 / 4.06425 / 5.6713
PthWRKY28 / 0.532667 / 1.27548 / 2.58257 / 3.56145
PthWRKY29 / 0.346189 / 0.181133 / 0.541069 / 0.99106
PthWRKY30 / 7.66989 / 5.04136 / 12.3006 / 18.9177
PthWRKY31 / 0.0354393 / 0.036381 / 0 / 0
PthWRKY32 / 0.652284 / 0.654847 / 0.82415 / 0.391965
PthWRKY33 / 0.0797514 / 0.311189 / 0.352046 / 0.783572
PthWRKY34 / 0.0847478 / 0.0525191 / 0.0835584 / 0
PthWRKY35 / 21.3137 / 16.6013 / 25.333 / 19.985
PthWRKY36 / 9.51875 / 10.3966 / 9.81716 / 13.3595
PthWRKY37 / 0.68349 / 0.546656 / 1.24793 / 1.05948
PthWRKY38 / 2.5204 / 1.50451 / 2.42174 / 1.44354
PthWRKY39 / 10.3389 / 11.9859 / 14.5934 / 12.8811
PthWRKY40 / 4.58905 / 4.36684 / 5.89474 / 6.24305
PthWRKY41 / 6.64511 / 8.58556 / 21.4535 / 37.5311
PthWRKY42 / 0.982269 / 0.50273 / 1.87602 / 3.62655
PthWRKY43 / 3.35707 / 3.07638 / 12.0202 / 13.3945
PthWRKY44 / 3.18677 / 2.31194 / 9.34148 / 4.32603
PthWRKY45 / 2.05934 / 3.05278 / 3.18746 / 1.80485
PthWRKY46 / 2.99785 / 3.20909 / 4.47211 / 1.15652
PthWRKY47 / 14.6032 / 14.8399 / 17.4986 / 20.6953
PthWRKY48 / 14.3645 / 15.4773 / 19.0511 / 13.766
PthWRKY49 / 0.461918 / 0.713147 / 0.232193 / 0.654192
PthWRKY50 / 30.5379 / 35.7735 / 90.2406 / 104.245
PthWRKY51 / NA / NA / NA / NA
PthWRKY52 / 14.3353 / 13.976 / 18.0129 / 17.5797
PthWRKY53 / 18.2683 / 17.518 / 21.4475 / 28.1661
PthWRKY54 / 0.0445747 / 1.81409 / 0.0892815 / 1.44927
PthWRKY55 / 2.70196 / 2.37637 / 5.38079 / 6.5881
PthWRKY56 / 2.4342 / 3.52331 / 7.36112 / 5.98388
PthWRKY57 / 0.254722 / 0.503046 / 0.742514 / 1.29701
PthWRKY58 / 7.49918 / 6.80044 / 12.0942 / 22.4625
PthWRKY59 / 24.5893 / 39.6782 / 24.7665 / 29.4618
PthWRKY60 / NA / NA / NA / NA
PthWRKY61 / 6.39122 / 2.42873 / 20.5306 / 5.82285
PthWRKY62 / 0.27922 / 0.474463 / 0.623125 / 0.959274
PthWRKY63 / 8.63255 / 7.71331 / 7.70676 / 8.02652
PthWRKY64 / 17.241 / 22.4477 / 37.1273 / 37.6422
PthWRKY65 / 25.4116 / 24.1211 / 24.207 / 41.1294
PthWRKY66 / 3.35548 / 3.46546 / 3.75777 / 3.64276
PthWRKY67 / 0.461918 / 0.713147 / 0.232193 / 0.654192
PthWRKY68 / 1.80134 / 2.15817 / 2.88659 / 1.26684
PthWRKY69 / 4.55109 / 4.10988 / 5.90643 / 5.20298
PthWRKY70 / 15.5966 / 15.4689 / 12.2079 / 14.1786
PthWRKY71 / 0.903823 / 1.05794 / 1.70272 / 1.09566
PthWRKY72 / NA / NA / NA / NA
PthWRKY73 / 14.6032 / 14.8399 / 17.4986 / 20.6953
PthWRKY74 / 18.0326 / 20.8097 / 23.1122 / 21.3168
PthWRKY75 / 21.8834 / 8.90161 / 73.869 / 31.9387
PthWRKY76 / 14.6032 / 14.8399 / 17.4986 / 20.6953
PthWRKY77 / 0.666083 / 0.555774 / 1.1437 / 0.23022
PthWRKY78 / 3.35548 / 3.46546 / 3.75777 / 3.64276
PthWRKY79 / 1.40612 / 1.46745 / 2.11904 / 0.70988
PthWRKY80 / 46.1897 / 47.3666 / 38.5139 / 47.9397
PthWRKY81 / 1.55906 / 3.02388 / 6.14156 / 8.988
PthWRKY82 / 1.40612 / 1.46745 / 2.11904 / 0.70988
PthWRKY83 / 0.489537 / 0.327646 / 0.33775 / 0.0290867
PthWRKY84 / 10.7997 / 12.1047 / 16.3727 / 15.3589
PthWRKY85 / 3.33417 / 6.12006 / 15.5902 / 19.0219
PthWRKY86 / 0.413464 / 2.25883 / 0.657557 / 4.20286
PthWRKY87 / 3.93874 / 3.90518 / 2.95738 / 1.7587
PthWRKY88 / 0.833083 / 3.06604 / 6.26548 / 3.45536
PthWRKY89 / 7.40704 / 5.75853 / 19.8805 / 16.8055
PthWRKY90 / 0.0533057 / 0.13922 / 0.0542183 / 0.102251
PthWRKY91 / 3.93874 / 3.90518 / 2.95738 / 1.7587
PthWRKY92 / 0 / 0 / 0 / 0
PthWRKY93 / 3.39511 / 6.13756 / 11.2926 / 18.5917
PthWRKY94 / 2.36992 / 4.63318 / 8.56993 / 16.6304
PthWRKY95 / 8.63255 / 7.71331 / 7.70676 / 8.02652
PthWRKY96 / 7.69954 / 6.96286 / 20.4951 / 22.5153
PthWRKY97 / 0.0444909 / 1.28811 / 0.398345 / 0.693803
PthWRKY98 / 0 / 0.0855028 / 0.0596263 / 0.0668182
PthWRKY99 / 0.501847 / 0.551654 / 0.399846 / 0.505045
PthWRKY100 / 0.0747974 / 1.15485 / 1.41097 / 1.53529
PthWRKY101 / 17.241 / 22.4477 / 37.1273 / 37.6422
PthWRKY102 / 0.0697097 / 0.406454 / 0.376427 / 0.737749
PthWRKY103 / 18.2683 / 17.518 / 21.4475 / 28.1661
PthWRKY104 / 0 / 0 / 0.120091 / 0
PthWRKY105 / 0.479794 / 0.461787 / 0.429489 / 0.963551
PthWRKY106 / NA / NA / NA / NA
PthWRKY107 / 9.65053 / 8.89516 / 14.3197 / 10.4207
PthWRKY108 / 1.75136 / 3.51953 / 2.67423 / 9.06774
PthWRKY109 / 14.3645 / 15.4773 / 19.0511 / 13.766
PthWRKY110 / 1.80771 / 1.07538 / 2.25906 / 3.49832
PthWRKY111 / 1.06513 / 1.41031 / 2.49411 / 1.84789
PthWRKY112 / 14.6032 / 14.8399 / 17.4986 / 20.6953
PthWRKY113 / 49.9713 / 57.2683 / 168.534 / 86.8508
PthWRKY114 / 2.99619 / 3.09385 / 2.83004 / 3.19182
PthWRKY115 / 0 / 0.0855028 / 0.0596263 / 0.0668182
PthWRKY116 / 0.833083 / 3.06604 / 6.26548 / 3.45536
PthWRKY117 / 20.5954 / 19.7659 / 21.6039 / 20.5673
PthWRKY118 / 1.63743 / 1.61196 / 1.89396 / 1.41516
PthWRKY119 / 4.58905 / 4.36684 / 5.89474 / 6.24305