runs/RNA-Seq_analysis/DEGs/DEGs_0.9/spa_D_WT_D/DEGpipe_spa_D vs. WT_D.log

+[1] "set parameters:"
+[1] "Counts file:/mnt/NAS_coruscant_datashare/haasf/madland_RNA-seq_Hoecker/31315.p.sort.counts"
+[1] "Results stored at:/mnt/NAS_coruscant_datashare/haasf/madland_RNA-seq_Hoecker/DEGs_0.9"
+[1] "SampleNames: spa_D" "SampleNames: WT_D" 
+[1] "LenGCTable: /mnt/NAS_coruscant_datashare/haasf/GeneAtlas_RNASeq/DEG_2nd_round/cosmoss_V3.3.release_2016-07-22.IsoformV31.fasta.length_GC_Contig_Daten_for_34840_1nd.csv"
+[1] "myLenPos: 1"
+[1] "myGCPos: 2"
+[1] "rpkm: 0"
+[1] "htseq: 0"
+[1] "pvtedgeR: 0.001"
+[1] "pvtDESeq2: 0.001"
+[1] "pvtNOISeq: 0.9"
+[1] "edgeRDir: edgeR"
+[1] "DESeq2Dir: DESeq2"
+[1] "NOISeqDir: NOISeq"
+R version 4.0.5 (2021-03-31)
+Platform: x86_64-pc-linux-gnu (64-bit)
+Running under: Ubuntu 20.04.2 LTS
+
+Matrix products: default
+BLAS:   /usr/lib/x86_64-linux-gnu/blas/libblas.so.3.9.0
+LAPACK: /usr/lib/x86_64-linux-gnu/lapack/liblapack.so.3.9.0
+
+locale:
+ [1] LC_CTYPE=en_US.UTF-8       LC_NUMERIC=C               LC_TIME=de_DE.UTF-8        LC_COLLATE=en_US.UTF-8    
+ [5] LC_MONETARY=de_DE.UTF-8    LC_MESSAGES=en_US.UTF-8    LC_PAPER=de_DE.UTF-8       LC_NAME=C                 
+ [9] LC_ADDRESS=C               LC_TELEPHONE=C             LC_MEASUREMENT=de_DE.UTF-8 LC_IDENTIFICATION=C       
+
+attached base packages:
+ [1] splines   parallel  stats4    stats     graphics  grDevices utils     datasets  methods   base     
+
+other attached packages:
+ [1] NOISeq_2.34.0               Matrix_1.3-3                vsn_3.58.0                  gplots_3.1.1               
+ [5] edgeR_3.32.1                limma_3.46.0                pals_1.7                    gridExtra_2.3              
+ [9] sjmisc_2.8.7                magick_2.7.2                pheatmap_1.0.12             RColorBrewer_1.1-2         
+[13] ggplot2_3.3.3               DESeq2_1.30.1               SummarizedExperiment_1.20.0 Biobase_2.50.0             
+[17] MatrixGenerics_1.2.1        matrixStats_0.58.0          GenomicRanges_1.42.0        GenomeInfoDb_1.26.7        
+[21] IRanges_2.24.1              S4Vectors_0.28.1            BiocGenerics_0.36.1        
+
+loaded via a namespace (and not attached):
+ [1] httr_1.4.2             maps_3.3.0             bit64_4.0.5            jsonlite_1.7.2         gtools_3.8.2          
+ [6] BiocManager_1.30.15    affy_1.68.0            blob_1.2.1             GenomeInfoDbData_1.2.4 pillar_1.6.1          
+[11] RSQLite_2.2.7          lattice_0.20-44        glue_1.4.2             digest_0.6.27          XVector_0.30.0        
+[16] colorspace_2.0-1       preprocessCore_1.52.1  htmltools_0.5.1.1      XML_3.99-0.6           pkgconfig_2.0.3       
+[21] genefilter_1.72.1      zlibbioc_1.36.0        purrr_0.3.4            xtable_1.8-4           scales_1.1.1          
+[26] affyio_1.60.0          BiocParallel_1.24.1    tibble_3.1.2           annotate_1.68.0        generics_0.1.0        
+[31] farver_2.1.0           sjlabelled_1.1.8       ellipsis_0.3.2         withr_2.4.2            survival_3.2-11       
+[36] magrittr_2.0.1         crayon_1.4.1           memoise_2.0.0          tools_4.0.5            lifecycle_1.0.0       
+[41] munsell_0.5.0          locfit_1.5-9.4         DelayedArray_0.16.3    AnnotationDbi_1.52.0   compiler_4.0.5        
+[46] caTools_1.18.2         rlang_0.4.11           grid_4.0.5             RCurl_1.98-1.3         dichromat_2.0-0       
+[51] rstudioapi_0.13        htmlwidgets_1.5.3      crosstalk_1.1.1        bitops_1.0-7           labeling_0.4.2        
+[56] gtable_0.3.0           DBI_1.1.1              R6_2.5.0               knitr_1.33             dplyr_1.0.6           
+[61] bit_4.0.4              insight_0.14.0         KernSmooth_2.23-20     Rcpp_1.0.6             vctrs_0.3.8           
+[66] mapproj_1.2.7          geneplotter_1.68.0     tidyselect_1.1.1       xfun_0.23             
+                                      sysname                                       release 
+                                      "Linux"                            "5.4.0-72-generic" 
+                                      version                                      nodename 
+"#80-Ubuntu SMP Mon Apr 12 17:35:00 UTC 2021"                                         "Ben" 
+                                      machine                                         login 
+                                     "x86_64"                                       "haasf" 
+                                         user                                effective_user 
+                                      "haasf"                                       "haasf" 
+[1] "spa_D"   "spa_D.1" "spa_D.2" "WT_D"    "WT_D.1"  "WT_D.2" 
+              spa_D spa_D.1 spa_D.2 WT_D WT_D.1 WT_D.2
+Pp3c1_20V3.1    130     242     230  194    198    298
+Pp3c1_40V3.1    119     467     237  439    523    588
+Pp3c1_60V3.1    322     659     578  622    626    743
+Pp3c1_70V3.1    314     564     470  459    526    643
+Pp3c1_80V3.1      8      11      10    1      1      0
+Pp3c1_100V3.1   537     778     805  576    539    761
+[1] "Raw data row number:  31315"
+[1] "Raw data column number:  6"
+[1] "Filtered data row number:  19135"
+[1] "Filtered data row number:  6"
+[1] "edgeR is running with spa_D vs. WT_D"
+[1] "DESeq2 is running with spa_D vs. WT_D"
+[1] "NOISeq is running with spa_D vs. WT_D"
+Filtering out low count features...
+18436 features are to be kept for differential expression analysis with filtering method 1
+[1] "GC content bias detection is to be computed for:"
+[1] "spa_D"   "spa_D.1" "spa_D.2" "WT_D"    "WT_D.1"  "WT_D.2" 
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-61.481 -13.772  -1.188  13.145  87.440 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   180.55      25.90   6.971 7.29e-10 ***
+bx1          -125.27      36.63  -3.420 0.000978 ***
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4           527.12    4492.31   0.117 0.906879    
+bx5          -167.51     165.02  -1.015 0.313048    
+bx6           -54.81      40.10  -1.367 0.175428    
+bx7            58.15      29.88   1.946 0.055048 .  
+bx8           108.64      30.14   3.604 0.000537 ***
+bx9            53.07      37.95   1.398 0.165746    
+bx10           83.85     112.04   0.748 0.456389    
+bx11         -600.26     607.84  -0.988 0.326285    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 25.9 on 82 degrees of freedom
+Multiple R-squared:  0.7492,	Adjusted R-squared:  0.7217 
+F-statistic: 27.22 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "spa_D.1"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-103.960  -23.509   -1.945   24.580  152.625 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  232.126     45.801   5.068 2.44e-06 ***
+bx1         -134.052     64.773  -2.070 0.041641 *  
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          850.310   7944.383   0.107 0.915024    
+bx5         -196.002    291.833  -0.672 0.503711    
+bx6           -7.045     70.916  -0.099 0.921104    
+bx7          205.141     52.838   3.882 0.000208 ***
+bx8          281.488     53.309   5.280 1.04e-06 ***
+bx9          176.159     67.111   2.625 0.010337 *  
+bx10         103.371    198.141   0.522 0.603284    
+bx11        -796.837   1074.923  -0.741 0.460632    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 45.8 on 82 degrees of freedom
+Multiple R-squared:  0.7604,	Adjusted R-squared:  0.7341 
+F-statistic: 28.91 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "spa_D.2"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-95.736 -23.223  -1.585  18.270 145.555 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   226.83      41.37   5.483 4.52e-07 ***
+bx1          -142.06      58.51  -2.428  0.01737 *  
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4           967.61    7176.00   0.135  0.89307    
+bx5          -217.16     263.61  -0.824  0.41245    
+bx6           -19.14      64.06  -0.299  0.76582    
+bx7           144.57      47.73   3.029  0.00328 ** 
+bx8           233.96      48.15   4.859 5.59e-06 ***
+bx9           150.77      60.62   2.487  0.01491 *  
+bx10          107.18     178.98   0.599  0.55094    
+bx11         -719.71     970.96  -0.741  0.46066    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 41.37 on 82 degrees of freedom
+Multiple R-squared:  0.7542,	Adjusted R-squared:  0.7272 
+F-statistic: 27.95 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-93.630 -21.558  -3.124  20.711 120.294 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   249.82      38.94   6.416 8.48e-09 ***
+bx1          -160.44      55.07  -2.914 0.004603 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          1351.99    6753.78   0.200 0.841834    
+bx5          -263.35     248.10  -1.061 0.291588    
+bx6           -48.99      60.29  -0.813 0.418793    
+bx7           125.38      44.92   2.791 0.006531 ** 
+bx8           184.69      45.32   4.075 0.000106 ***
+bx9            80.17      57.05   1.405 0.163737    
+bx10          106.69     168.45   0.633 0.528236    
+bx11        -1046.04     913.83  -1.145 0.255670    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 38.94 on 82 degrees of freedom
+Multiple R-squared:  0.7445,	Adjusted R-squared:  0.7164 
+F-statistic: 26.55 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "WT_D.1"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-102.193  -22.825   -3.184   22.015  131.083 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   274.94      42.56   6.460    7e-09 ***
+bx1          -174.68      60.19  -2.902 0.004758 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          1253.81    7382.52   0.170 0.865558    
+bx5          -282.87     271.19  -1.043 0.299985    
+bx6           -44.60      65.90  -0.677 0.500428    
+bx7           136.56      49.10   2.781 0.006718 ** 
+bx8           201.25      49.54   4.062 0.000111 ***
+bx9            81.03      62.36   1.299 0.197468    
+bx10          125.17     184.13   0.680 0.498553    
+bx11        -1175.83     998.90  -1.177 0.242553    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 42.56 on 82 degrees of freedom
+Multiple R-squared:  0.7356,	Adjusted R-squared:  0.7065 
+F-statistic: 25.34 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "WT_D.2"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-120.638  -24.547   -5.019   25.239  159.402 
+
+Coefficients: (3 not defined because of singularities)
+             Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   281.644     50.874   5.536 3.62e-07 ***
+bx1          -172.118     71.947  -2.392 0.019031 *  
+bx2                NA         NA      NA       NA    
+bx3                NA         NA      NA       NA    
+bx4          1544.312   8824.335   0.175 0.861506    
+bx5          -299.389    324.157  -0.924 0.358409    
+bx6            -5.402     78.771  -0.069 0.945489    
+bx7           210.170     58.691   3.581 0.000579 ***
+bx8           295.348     59.214   4.988 3.36e-06 ***
+bx9           151.847     74.545   2.037 0.044877 *  
+bx10          124.519    220.088   0.566 0.573096    
+bx11        -1198.095   1193.986  -1.003 0.318600    
+bx12               NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 50.87 on 82 degrees of freedom
+Multiple R-squared:  0.7539,	Adjusted R-squared:  0.7269 
+F-statistic: 27.92 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "GC content bias detection is to be computed for:"
+[1] "spa_D" "WT_D" 
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-11.4666  -2.7080  -0.0389   2.4503  16.7003 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   28.833      4.921   5.859 9.35e-08 ***
+bx1          -18.444      6.960  -2.650  0.00965 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          103.381    853.625   0.121  0.90390    
+bx5          -26.397     31.357  -0.842  0.40235    
+bx6           -4.509      7.620  -0.592  0.55561    
+bx7           16.733      5.677   2.947  0.00417 ** 
+bx8           26.295      5.728   4.591 1.58e-05 ***
+bx9           15.634      7.211   2.168  0.03305 *  
+bx10          13.383     21.290   0.629  0.53137    
+bx11         -95.871    115.501  -0.830  0.40892    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.921 on 82 degrees of freedom
+Multiple R-squared:  0.7544,	Adjusted R-squared:  0.7274 
+F-statistic: 27.98 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-11.3874  -2.5250  -0.4732   2.4608  14.7326 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   29.219      4.751   6.150 2.69e-08 ***
+bx1          -18.433      6.718  -2.744  0.00746 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          148.519    824.023   0.180  0.85741    
+bx5          -30.578     30.270  -1.010  0.31538    
+bx6           -3.849      7.356  -0.523  0.60218    
+bx7           16.734      5.481   3.053  0.00305 ** 
+bx8           24.205      5.529   4.378 3.51e-05 ***
+bx9           11.032      6.961   1.585  0.11685    
+bx10          12.798     20.552   0.623  0.53520    
+bx11        -123.582    111.495  -1.108  0.27093    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.751 on 82 degrees of freedom
+Multiple R-squared:  0.7452,	Adjusted R-squared:  0.7172 
+F-statistic: 26.64 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-11.4666  -2.7080  -0.0389   2.4503  16.7003 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   28.833      4.921   5.859 9.35e-08 ***
+bx1          -18.444      6.960  -2.650  0.00965 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          103.381    853.625   0.121  0.90390    
+bx5          -26.397     31.357  -0.842  0.40235    
+bx6           -4.509      7.620  -0.592  0.55561    
+bx7           16.733      5.677   2.947  0.00417 ** 
+bx8           26.295      5.728   4.591 1.58e-05 ***
+bx9           15.634      7.211   2.168  0.03305 *  
+bx10          13.383     21.290   0.629  0.53137    
+bx11         -95.871    115.501  -0.830  0.40892    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.921 on 82 degrees of freedom
+Multiple R-squared:  0.7544,	Adjusted R-squared:  0.7274 
+F-statistic: 27.98 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+     Min       1Q   Median       3Q      Max 
+-11.3874  -2.5250  -0.4732   2.4608  14.7326 
+
+Coefficients: (3 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   29.219      4.751   6.150 2.69e-08 ***
+bx1          -18.433      6.718  -2.744  0.00746 ** 
+bx2               NA         NA      NA       NA    
+bx3               NA         NA      NA       NA    
+bx4          148.519    824.023   0.180  0.85741    
+bx5          -30.578     30.270  -1.010  0.31538    
+bx6           -3.849      7.356  -0.523  0.60218    
+bx7           16.734      5.481   3.053  0.00305 ** 
+bx8           24.205      5.529   4.378 3.51e-05 ***
+bx9           11.032      6.961   1.585  0.11685    
+bx10          12.798     20.552   0.623  0.53520    
+bx11        -123.582    111.495  -1.108  0.27093    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.751 on 82 degrees of freedom
+Multiple R-squared:  0.7452,	Adjusted R-squared:  0.7172 
+F-statistic: 26.64 on 9 and 82 DF,  p-value: < 2.2e-16
+
+[1] "Length bias detection information is to be computed for:"
+[1] "spa_D"   "spa_D.1" "spa_D.2" "WT_D"    "WT_D.1"  "WT_D.2" 
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+   Min     1Q Median     3Q    Max 
+-35.04 -15.44  -0.59  11.92  83.16 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   685.42      23.44  29.244  < 2e-16 ***
+bx1          -654.33      32.74 -19.985  < 2e-16 ***
+bx2          -604.54      34.24 -17.655  < 2e-16 ***
+bx3          -451.85      29.53 -15.301  < 2e-16 ***
+bx4          -532.22      26.62 -19.992  < 2e-16 ***
+bx5          -428.61      26.65 -16.083  < 2e-16 ***
+bx6          -442.29      28.20 -15.683  < 2e-16 ***
+bx7          -335.92      32.15 -10.450  < 2e-16 ***
+bx8          -374.67      43.55  -8.603  5.3e-13 ***
+bx9          -183.99      91.22  -2.017    0.047 *  
+bx10         -799.57    1181.54  -0.677    0.501    
+bx11        11549.56   19229.07   0.601    0.550    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 23.44 on 80 degrees of freedom
+Multiple R-squared:  0.9336,	Adjusted R-squared:  0.9245 
+F-statistic: 102.2 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "spa_D.1"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-60.188 -25.047  -2.724  20.173 140.859 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  1204.30      40.97  29.391  < 2e-16 ***
+bx1         -1148.88      57.24 -20.071  < 2e-16 ***
+bx2         -1076.09      59.86 -17.975  < 2e-16 ***
+bx3          -796.40      51.63 -15.426  < 2e-16 ***
+bx4          -924.67      46.54 -19.868  < 2e-16 ***
+bx5          -741.82      46.59 -15.923  < 2e-16 ***
+bx6          -762.68      49.30 -15.469  < 2e-16 ***
+bx7          -586.30      56.20 -10.433  < 2e-16 ***
+bx8          -642.45      76.14  -8.438 1.12e-12 ***
+bx9          -302.87     159.47  -1.899   0.0611 .  
+bx10        -1804.61    2065.63  -0.874   0.3849    
+bx11        27338.50   33617.13   0.813   0.4185    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 40.97 on 80 degrees of freedom
+Multiple R-squared:  0.9356,	Adjusted R-squared:  0.9267 
+F-statistic: 105.6 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "spa_D.2"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-54.682 -21.578  -2.092  18.122 132.140 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)   964.88      36.29  26.587  < 2e-16 ***
+bx1          -916.87      50.70 -18.085  < 2e-16 ***
+bx2          -846.99      53.02 -15.975  < 2e-16 ***
+bx3          -580.58      45.72 -12.697  < 2e-16 ***
+bx4          -716.61      41.22 -17.385  < 2e-16 ***
+bx5          -554.95      41.26 -13.449  < 2e-16 ***
+bx6          -585.37      43.67 -13.405  < 2e-16 ***
+bx7          -434.26      49.77  -8.725 3.05e-13 ***
+bx8          -501.00      67.44  -7.429 1.05e-10 ***
+bx9          -208.87     141.24  -1.479    0.143    
+bx10        -1339.06    1829.49  -0.732    0.466    
+bx11        19457.88   29774.11   0.654    0.515    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 36.29 on 80 degrees of freedom
+Multiple R-squared:  0.9187,	Adjusted R-squared:  0.9075 
+F-statistic: 82.21 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-57.314 -22.221  -3.356  26.188 106.605 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  1107.46      35.46  31.228  < 2e-16 ***
+bx1         -1057.61      49.54 -21.348  < 2e-16 ***
+bx2          -986.09      51.81 -19.032  < 2e-16 ***
+bx3          -783.96      44.68 -17.545  < 2e-16 ***
+bx4          -868.33      40.28 -21.556  < 2e-16 ***
+bx5          -719.37      40.32 -17.840  < 2e-16 ***
+bx6          -726.51      42.67 -17.025  < 2e-16 ***
+bx7          -558.85      48.64 -11.489  < 2e-16 ***
+bx8          -634.68      65.90  -9.631 5.08e-15 ***
+bx9          -228.18     138.02  -1.653    0.102    
+bx10        -2482.04    1787.82  -1.388    0.169    
+bx11        39086.18   29095.96   1.343    0.183    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 35.46 on 80 degrees of freedom
+Multiple R-squared:  0.9448,	Adjusted R-squared:  0.9372 
+F-statistic: 124.4 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "WT_D.1"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-67.689 -25.024  -2.934  26.931 124.648 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  1170.83      39.20  29.869  < 2e-16 ***
+bx1         -1114.06      54.76 -20.344  < 2e-16 ***
+bx2         -1034.17      57.27 -18.058  < 2e-16 ***
+bx3          -800.97      49.39 -16.218  < 2e-16 ***
+bx4          -906.27      44.52 -20.355  < 2e-16 ***
+bx5          -746.34      44.57 -16.746  < 2e-16 ***
+bx6          -754.56      47.17 -15.998  < 2e-16 ***
+bx7          -578.83      53.76 -10.767  < 2e-16 ***
+bx8          -657.78      72.84  -9.031 7.65e-14 ***
+bx9          -234.70     152.56  -1.538    0.128    
+bx10        -2447.57    1976.09  -1.239    0.219    
+bx11        38619.68   32159.97   1.201    0.233    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 39.2 on 80 degrees of freedom
+Multiple R-squared:  0.9388,	Adjusted R-squared:  0.9304 
+F-statistic: 111.5 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "WT_D.2"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+   Min     1Q Median     3Q    Max 
+-77.15 -29.73  -3.81  31.28 149.84 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  1347.87      46.17  29.196  < 2e-16 ***
+bx1         -1285.59      64.49 -19.934  < 2e-16 ***
+bx2         -1194.96      67.45 -17.716  < 2e-16 ***
+bx3          -896.17      58.17 -15.407  < 2e-16 ***
+bx4         -1029.34      52.44 -19.630  < 2e-16 ***
+bx5          -832.56      52.49 -15.861  < 2e-16 ***
+bx6          -848.26      55.55 -15.270  < 2e-16 ***
+bx7          -646.34      63.32 -10.208 3.81e-16 ***
+bx8          -733.83      85.79  -8.554 6.61e-13 ***
+bx9          -265.08     179.68  -1.475    0.144    
+bx10        -2639.63    2327.36  -1.134    0.260    
+bx11        41368.85   37876.70   1.092    0.278    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 46.17 on 80 degrees of freedom
+Multiple R-squared:  0.9364,	Adjusted R-squared:  0.9277 
+F-statistic: 107.1 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "Length bias detection information is to be computed for:"
+[1] "spa_D" "WT_D" 
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-6.4442 -2.6587 -0.2658  2.0244 15.5610 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  124.986      4.396  28.430  < 2e-16 ***
+bx1         -119.113      6.142 -19.395  < 2e-16 ***
+bx2         -110.587      6.423 -17.217  < 2e-16 ***
+bx3          -80.227      5.539 -14.484  < 2e-16 ***
+bx4          -95.379      4.994 -19.100  < 2e-16 ***
+bx5          -75.751      4.999 -15.154  < 2e-16 ***
+bx6          -78.675      5.290 -14.873  < 2e-16 ***
+bx7          -59.537      6.030  -9.874 1.70e-15 ***
+bx8          -66.714      8.169  -8.166 3.82e-12 ***
+bx9          -30.869     17.110  -1.804    0.075 .  
+bx10        -168.426    221.628  -0.760    0.450    
+bx11        2485.823   3606.891   0.689    0.493    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.396 on 80 degrees of freedom
+Multiple R-squared:  0.9299,	Adjusted R-squared:  0.9202 
+F-statistic: 96.42 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-7.2753 -2.7884 -0.3941  3.1227 13.6468 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  130.762      4.339  30.136  < 2e-16 ***
+bx1         -124.676      6.062 -20.568  < 2e-16 ***
+bx2         -115.969      6.339 -18.293  < 2e-16 ***
+bx3          -89.707      5.467 -16.409  < 2e-16 ***
+bx4         -101.238      4.929 -20.541  < 2e-16 ***
+bx5          -83.045      4.934 -16.833  < 2e-16 ***
+bx6          -84.160      5.221 -16.119  < 2e-16 ***
+bx7          -64.486      5.951 -10.836  < 2e-16 ***
+bx8          -73.258      8.063  -9.086 5.96e-14 ***
+bx9          -26.139     16.887  -1.548    0.126    
+bx10        -275.127    218.743  -1.258    0.212    
+bx11        4322.751   3559.942   1.214    0.228    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.339 on 80 degrees of freedom
+Multiple R-squared:  0.9403,	Adjusted R-squared:  0.9321 
+F-statistic: 114.5 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "spa_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-6.4442 -2.6587 -0.2658  2.0244 15.5610 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  124.986      4.396  28.430  < 2e-16 ***
+bx1         -119.113      6.142 -19.395  < 2e-16 ***
+bx2         -110.587      6.423 -17.217  < 2e-16 ***
+bx3          -80.227      5.539 -14.484  < 2e-16 ***
+bx4          -95.379      4.994 -19.100  < 2e-16 ***
+bx5          -75.751      4.999 -15.154  < 2e-16 ***
+bx6          -78.675      5.290 -14.873  < 2e-16 ***
+bx7          -59.537      6.030  -9.874 1.70e-15 ***
+bx8          -66.714      8.169  -8.166 3.82e-12 ***
+bx9          -30.869     17.110  -1.804    0.075 .  
+bx10        -168.426    221.628  -0.760    0.450    
+bx11        2485.823   3606.891   0.689    0.493    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.396 on 80 degrees of freedom
+Multiple R-squared:  0.9299,	Adjusted R-squared:  0.9202 
+F-statistic: 96.42 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "WT_D"
+
+Call:
+lm(formula = datos[, i] ~ bx)
+
+Residuals:
+    Min      1Q  Median      3Q     Max 
+-7.2753 -2.7884 -0.3941  3.1227 13.6468 
+
+Coefficients: (1 not defined because of singularities)
+            Estimate Std. Error t value Pr(>|t|)    
+(Intercept)  130.762      4.339  30.136  < 2e-16 ***
+bx1         -124.676      6.062 -20.568  < 2e-16 ***
+bx2         -115.969      6.339 -18.293  < 2e-16 ***
+bx3          -89.707      5.467 -16.409  < 2e-16 ***
+bx4         -101.238      4.929 -20.541  < 2e-16 ***
+bx5          -83.045      4.934 -16.833  < 2e-16 ***
+bx6          -84.160      5.221 -16.119  < 2e-16 ***
+bx7          -64.486      5.951 -10.836  < 2e-16 ***
+bx8          -73.258      8.063  -9.086 5.96e-14 ***
+bx9          -26.139     16.887  -1.548    0.126    
+bx10        -275.127    218.743  -1.258    0.212    
+bx11        4322.751   3559.942   1.214    0.228    
+bx12              NA         NA      NA       NA    
+---
+Signif. codes:  0 ‘***’ 0.001 ‘**’ 0.01 ‘*’ 0.05 ‘.’ 0.1 ‘ ’ 1
+
+Residual standard error: 4.339 on 80 degrees of freedom
+Multiple R-squared:  0.9403,	Adjusted R-squared:  0.9321 
+F-statistic: 114.5 on 11 and 80 DF,  p-value: < 2.2e-16
+
+[1] "Reference sample is: spa_D"
+[1] "Confidence intervals for median of M:"
+        0.5%                   99.5%                  Diagnostic Test
+spa_D.1 "0.0282775780465822"   "0.0376581043673051"   "FAILED"       
+spa_D.2 "0.0355687885163731"   "0.0445813076933702"   "FAILED"       
+WT_D    "-0.0227501950588718"  "-0.00557750648526219" "FAILED"       
+WT_D.1  "-0.0302800467909968"  "-0.0116689832157313"  "FAILED"       
+WT_D.2  "-0.00178718911531022" "0.00955153890969833"  "PASSED"       
+[1] "Diagnostic test: FAILED. Normalization is required to correct this bias."
+[1] "WARNING: Your experiment has biological replicates. You should consider using NOISeqBIO instead of NOISeq."
+[1] "Computing (M,D) values..."
+[1] "Computing probability of differential expression..."
+[1] "WARNING: Your experiment has biological replicates. You should consider using NOISeqBIO instead of NOISeq."
+[1] "Computing (M,D) values..."
+[1] "Computing probability of differential expression..."
+[1] "WARNING: Your experiment has biological replicates. You should consider using NOISeqBIO instead of NOISeq."
+[1] "Computing (M,D) values..."
+[1] "Computing probability of differential expression..."
+Computing Z values...
+Filtering out low count features...
+17579 features are to be kept for differential expression analysis with filtering method 1
+...k-means clustering done
+Size of 15 clusters:
+ [1]  415   90 4797   10   17    2   30   57 1410 6899  218   16 2746  729  143
+Resampling cluster...[1] 1
+[1] 2
+[1] 3
+Size of 15 subclusters of cluster: 3
+ [1]  86 775 162 184  70 554 251 576 748 345 417  22  29 110 468
+[1] 4
+[1] 5
+[1] 6
+[1] 7
+[1] 8
+[1] 9
+Size of 15 subclusters of cluster: 9
+ [1]  90  19  38  70  34 158 107  56 210  14 147 155 192  87  33
+[1] 10
+Size of 15 subclusters of cluster: 10
+ [1]  549  735  491  199 1071  310  291  130  678  134  654  607  365   86  599
+[1] 11
+[1] 12
+[1] 13
+Size of 15 subclusters of cluster: 13
+ [1] 346 310 203  73 225 140  36 152 404 128  41  23 119 176 370
+[1] 14
+[1] 15
+Computing Z for noise...
+Computing probability of differential expression...
+p0 = 0.26852915618668
+Probability
+   Min. 1st Qu.  Median    Mean 3rd Qu.    Max.    NA's 
+ 0.0000  0.6232  0.8479  0.7245  0.9181  1.0000     857 
+Computing Z values...
+Filtering out low count features...
+18436 features are to be kept for differential expression analysis with filtering method 1
+...k-means clustering done
+Size of 15 clusters:
+ [1]  760    2   30   10   91  437  232  149   57 2939 5041   16 1577 7078   17
+Resampling cluster...[1] 1
+[1] 2
+[1] 3
+[1] 4
+[1] 5
+[1] 6
+[1] 7
+[1] 8
+[1] 9
+[1] 10
+Size of 15 subclusters of cluster: 10
+ [1] 346 119 136  28 147 156 224 298  32 123 446 248  76 519  41
+[1] 11
+Size of 15 subclusters of cluster: 11
+ [1] 639 885  43 563 106 407 415  73 539 426  55 180 362 185 163
+[1] 12
+[1] 13
+Size of 15 subclusters of cluster: 13
+ [1]  15  19 152 246  93 120 233 171  80  74  26 208  30  79  31
+[1] 14
+Size of 15 subclusters of cluster: 14
+ [1]  123  534  584  351  109  309  259  592   95  656  612  584  325 1348  597
+[1] 15
+Computing Z for noise...
+Computing probability of differential expression...
+p0 = 0.251575821458867
+Probability
+   Min. 1st Qu.  Median    Mean 3rd Qu.    Max. 
+ 0.0000  0.6581  0.8696  0.7423  0.9262  1.0000 
+Computing Z values...
+Filtering out low count features...
+18436 features are to be kept for differential expression analysis with filtering method 1
+...k-means clustering done
+Size of 15 clusters:
+ [1] 5958  888   15  334    4 2889 4019  188  575   82 2041   59   42    3 1339
+Resampling cluster...[1] 1
+Size of 15 subclusters of cluster: 1
+ [1]  429  378  562  409  330  140  134   58   70 1241  358  374  819  243  413
+[1] 2
+[1] 3
+[1] 4
+[1] 5
+[1] 6
+Size of 15 subclusters of cluster: 6
+ [1] 157 397 437 328  24  21 166  54 299 333  68  98 198 262  47
+[1] 7
+Size of 15 subclusters of cluster: 7
+ [1] 400 237  21  16 125 295 112 191 350 468 544 619  89 505  47
+[1] 8
+[1] 9
+[1] 10
+[1] 11
+Size of 15 subclusters of cluster: 11
+ [1] 297  11 104 169 142 168  77  80 238 242  20 221 211   9  52
+[1] 12
+[1] 13
+[1] 14
+[1] 15
+Size of 15 subclusters of cluster: 15
+ [1]  73  49  47  26 187 158  46  16 167   8 178 132   5 122 125
+Computing Z for noise...
+Computing probability of differential expression...
+p0 = 0.313254394001015
+Probability
+   Min. 1st Qu.  Median    Mean 3rd Qu.    Max. 
+ 0.0000  0.5360  0.8379  0.6897  0.9238  1.0000 
+[1] "761 differentially expressed features"
+[1] "626 differentially expressed features (up in first condition)"
+[1] "135 differentially expressed features (down in first condition)"
+[1] "122 differentially expressed features"
+[1] "81 differentially expressed features (up in first condition)"
+[1] "41 differentially expressed features (down in first condition)"
+[1] "1218 differentially expressed features"
+[1] "2677 differentially expressed features"
+[1] "245 differentially expressed features"
+[1] "584 differentially expressed features"
+[1] "1214 differentially expressed features"
+[1] "2731 differentially expressed features"
+[1] "5814 differentially expressed features"
+[1] "761 differentially expressed features"
+[1] "6711 differentially expressed features"
+[1] "122 differentially expressed features"
+[1] "1218 differentially expressed features"
+[1] "245 differentially expressed features"
+[1] "DEGs edgeR"
+[1] 3488
+[1] "DEGs deseq2"
+[1] 2568
+[1] "DEGs noiseq"
+[1] 1218
+[1] "DEGs noiseqbio"
+[1] 761
+[1] "DEGs intersection without direction check (four methods)"
+[1] 534
+  [1] "Pp3c1_3040V3.1"   "Pp3c1_3300V3.1"   "Pp3c1_3610V3.1"   "Pp3c1_4470V3.1"   "Pp3c1_6640V3.1"   "Pp3c1_7380V3.1"  
+  [7] "Pp3c1_8490V3.1"   "Pp3c1_9600V3.1"   "Pp3c1_12860V3.1"  "Pp3c1_13830V3.1"  "Pp3c1_14230V3.1"  "Pp3c1_14250V3.1" 
+ [13] "Pp3c1_14380V3.1"  "Pp3c1_19060V3.1"  "Pp3c1_19190V3.1"  "Pp3c1_19210V3.1"  "Pp3c1_20700V3.1"  "Pp3c1_21540V3.1" 
+ [19] "Pp3c1_22640V3.1"  "Pp3c1_23000V3.1"  "Pp3c1_24350V3.1"  "Pp3c1_24790V3.1"  "Pp3c1_26720V3.1"  "Pp3c1_27270V3.1" 
+ [25] "Pp3c1_27990V3.1"  "Pp3c1_28680V3.1"  "Pp3c1_29300V3.1"  "Pp3c1_29700V3.1"  "Pp3c1_30410V3.1"  "Pp3c1_31540V3.1" 
+ [31] "Pp3c1_31680V3.1"  "Pp3c1_34240V3.1"  "Pp3c1_35330V3.1"  "Pp3c1_37550V3.1"  "Pp3c1_39760V3.1"  "Pp3c1_40040V3.1" 
+ [37] "Pp3c1_40570V3.1"  "Pp3c2_1570V3.1"   "Pp3c2_2220V3.1"   "Pp3c2_2310V3.1"   "Pp3c2_2520V3.1"   "Pp3c2_6690V3.1"  
+ [43] "Pp3c2_6710V3.1"   "Pp3c2_7940V3.1"   "Pp3c2_8099V3.1"   "Pp3c2_10130V3.1"  "Pp3c2_11410V3.1"  "Pp3c2_13270V3.1" 
+ [49] "Pp3c2_13670V3.1"  "Pp3c2_15140V3.1"  "Pp3c2_17290V3.1"  "Pp3c2_17900V3.1"  "Pp3c2_18870V3.1"  "Pp3c2_19570V3.1" 
+ [55] "Pp3c2_20840V3.1"  "Pp3c2_24620V3.1"  "Pp3c2_25930V3.1"  "Pp3c2_26700V3.1"  "Pp3c2_26720V3.1"  "Pp3c2_30370V3.1" 
+ [61] "Pp3c2_31920V3.1"  "Pp3c2_35010V3.1"  "Pp3c2_35200V3.1"  "Pp3c2_37900V3.1"  "Pp3c3_240V3.1"    "Pp3c3_1090V3.1"  
+ [67] "Pp3c3_5420V3.1"   "Pp3c3_5620V3.1"   "Pp3c3_9740V3.1"   "Pp3c3_11690V3.1"  "Pp3c3_12510V3.1"  "Pp3c3_15360V3.1" 
+ [73] "Pp3c3_18750V3.1"  "Pp3c3_19490V3.1"  "Pp3c3_21060V3.1"  "Pp3c3_22990V3.1"  "Pp3c3_23880V3.1"  "Pp3c3_28050V3.1" 
+ [79] "Pp3c3_28310V3.1"  "Pp3c3_28810V3.1"  "Pp3c3_30330V3.1"  "Pp3c3_32790V3.1"  "Pp3c3_34460V3.1"  "Pp3c3_36180V3.1" 
+ [85] "Pp3c4_1240V3.1"   "Pp3c4_3170V3.1"   "Pp3c4_3190V3.1"   "Pp3c4_3490V3.1"   "Pp3c4_3720V3.1"   "Pp3c4_3930V3.1"  
+ [91] "Pp3c4_4820V3.1"   "Pp3c4_5090V3.1"   "Pp3c4_6260V3.1"   "Pp3c4_6830V3.1"   "Pp3c4_7960V3.1"   "Pp3c4_10695V3.1" 
+ [97] "Pp3c4_15470V3.1"  "Pp3c4_16570V3.1"  "Pp3c4_17170V3.1"  "Pp3c4_17240V3.1"  "Pp3c4_19720V3.1"  "Pp3c4_20080V3.1" 
+[103] "Pp3c4_23110V3.1"  "Pp3c4_23170V3.1"  "Pp3c4_25090V3.1"  "Pp3c4_25180V3.1"  "Pp3c4_25980V3.1"  "Pp3c4_26900V3.1" 
+[109] "Pp3c4_26990V3.1"  "Pp3c4_28370V3.1"  "Pp3c4_30220V3.1"  "Pp3c4_30520V3.1"  "Pp3c4_30530V3.1"  "Pp3c4_30870V3.1" 
+[115] "Pp3c4_30950V3.1"  "Pp3c4_31920V3.1"  "Pp3c5_690V3.1"    "Pp3c5_960V3.1"    "Pp3c5_1370V3.1"   "Pp3c5_2900V3.1"  
+[121] "Pp3c5_3300V3.1"   "Pp3c5_4230V3.1"   "Pp3c5_5090V3.1"   "Pp3c5_5150V3.1"   "Pp3c5_8580V3.1"   "Pp3c5_9590V3.1"  
+[127] "Pp3c5_10250V3.1"  "Pp3c5_10730V3.1"  "Pp3c5_11880V3.1"  "Pp3c5_13280V3.1"  "Pp3c5_13360V3.1"  "Pp3c5_14810V3.1" 
+[133] "Pp3c5_16770V3.1"  "Pp3c5_19220V3.1"  "Pp3c5_19300V3.1"  "Pp3c5_19460V3.1"  "Pp3c5_19770V3.1"  "Pp3c6_200V3.1"   
+[139] "Pp3c6_1620V3.1"   "Pp3c6_2090V3.1"   "Pp3c6_3770V3.1"   "Pp3c6_3810V3.1"   "Pp3c6_5150V3.1"   "Pp3c6_5290V3.1"  
+[145] "Pp3c6_6340V3.1"   "Pp3c6_6560V3.1"   "Pp3c6_9090V3.1"   "Pp3c6_10040V3.1"  "Pp3c6_10610V3.1"  "Pp3c6_11980V3.1" 
+[151] "Pp3c6_12142V3.1"  "Pp3c6_12510V3.1"  "Pp3c6_12850V3.1"  "Pp3c6_14880V3.1"  "Pp3c6_15280V3.1"  "Pp3c6_15360V3.1" 
+[157] "Pp3c6_16970V3.1"  "Pp3c6_20300V3.1"  "Pp3c6_22780V3.1"  "Pp3c6_23830V3.1"  "Pp3c6_26510V3.1"  "Pp3c7_3320V3.1"  
+[163] "Pp3c7_5800V3.1"   "Pp3c7_7269V3.1"   "Pp3c7_7930V3.1"   "Pp3c7_12850V3.1"  "Pp3c7_13140V3.1"  "Pp3c7_13580V3.1" 
+[169] "Pp3c7_14220V3.1"  "Pp3c7_14300V3.1"  "Pp3c7_14650V3.1"  "Pp3c7_15760V3.1"  "Pp3c7_16750V3.1"  "Pp3c7_18930V3.1" 
+[175] "Pp3c7_22090V3.1"  "Pp3c7_22640V3.1"  "Pp3c7_25640V3.1"  "Pp3c7_26760V3.1"  "Pp3c8_1940V3.1"   "Pp3c8_2480V3.1"  
+[181] "Pp3c8_3520V3.1"   "Pp3c8_3600V3.1"   "Pp3c8_5510V3.1"   "Pp3c8_6290V3.1"   "Pp3c8_6520V3.1"   "Pp3c8_7680V3.1"  
+[187] "Pp3c8_8720V3.1"   "Pp3c8_11120V3.1"  "Pp3c8_11720V3.1"  "Pp3c8_13540V3.1"  "Pp3c8_13570V3.1"  "Pp3c8_13580V3.1" 
+[193] "Pp3c8_13930V3.1"  "Pp3c8_15470V3.1"  "Pp3c8_16580V3.1"  "Pp3c8_16760V3.1"  "Pp3c8_17810V3.1"  "Pp3c8_17940V3.1" 
+[199] "Pp3c8_19800V3.1"  "Pp3c8_20410V3.1"  "Pp3c8_21600V3.1"  "Pp3c8_21720V3.1"  "Pp3c8_21770V3.1"  "Pp3c8_24120V3.1" 
+[205] "Pp3c9_2280V3.1"   "Pp3c9_3440V3.1"   "Pp3c9_5310V3.1"   "Pp3c9_7970V3.1"   "Pp3c9_19520V3.1"  "Pp3c9_21290V3.1" 
+[211] "Pp3c9_21830V3.1"  "Pp3c9_24180V3.1"  "Pp3c9_25200V3.1"  "Pp3c9_25700V3.1"  "Pp3c9_25950V3.1"  "Pp3c10_2940V3.1" 
+[217] "Pp3c10_2970V3.1"  "Pp3c10_3320V3.1"  "Pp3c10_4420V3.1"  "Pp3c10_4440V3.1"  "Pp3c10_5201V3.1"  "Pp3c10_5660V3.1" 
+[223] "Pp3c10_5750V3.1"  "Pp3c10_5790V3.1"  "Pp3c10_6410V3.1"  "Pp3c10_6880V3.1"  "Pp3c10_7340V3.1"  "Pp3c10_8980V3.1" 
+[229] "Pp3c10_10220V3.1" "Pp3c10_10490V3.1" "Pp3c10_10600V3.1" "Pp3c10_10980V3.1" "Pp3c10_11910V3.1" "Pp3c10_14710V3.1"
+[235] "Pp3c10_15390V3.1" "Pp3c10_16330V3.1" "Pp3c10_16800V3.1" "Pp3c10_18330V3.1" "Pp3c10_18860V3.1" "Pp3c10_20290V3.1"
+[241] "Pp3c10_21510V3.1" "Pp3c10_23470V3.1" "Pp3c10_25371V3.1" "Pp3c10_25410V3.1" "Pp3c10_25450V3.1" "Pp3c11_3710V3.1" 
+[247] "Pp3c11_4920V3.1"  "Pp3c11_6140V3.1"  "Pp3c11_6700V3.1"  "Pp3c11_7910V3.1"  "Pp3c11_8680V3.1"  "Pp3c11_8730V3.1" 
+[253] "Pp3c11_10680V3.1" "Pp3c11_11630V3.1" "Pp3c11_12080V3.1" "Pp3c11_14140V3.1" "Pp3c11_15220V3.1" "Pp3c11_15790V3.1"
+[259] "Pp3c11_16051V3.1" "Pp3c11_18280V3.1" "Pp3c11_19850V3.1" "Pp3c11_21590V3.1" "Pp3c11_22600V3.1" "Pp3c11_24300V3.1"
+[265] "Pp3c12_1790V3.1"  "Pp3c12_4470V3.1"  "Pp3c12_8960V3.1"  "Pp3c12_8990V3.1"  "Pp3c12_9500V3.1"  "Pp3c12_11230V3.1"
+[271] "Pp3c12_11880V3.1" "Pp3c12_13870V3.1" "Pp3c12_14210V3.1" "Pp3c12_16890V3.1" "Pp3c12_17320V3.1" "Pp3c12_19890V3.1"
+[277] "Pp3c12_22320V3.1" "Pp3c12_22330V3.1" "Pp3c12_22830V3.1" "Pp3c12_25460V3.1" "Pp3c13_2000V3.1"  "Pp3c13_4300V3.1" 
+[283] "Pp3c13_5750V3.1"  "Pp3c13_5930V3.1"  "Pp3c13_6570V3.1"  "Pp3c13_6640V3.1"  "Pp3c13_11720V3.1" "Pp3c13_12890V3.1"
+[289] "Pp3c13_13170V3.1" "Pp3c13_14980V3.1" "Pp3c13_15460V3.1" "Pp3c13_15910V3.1" "Pp3c13_16600V3.1" "Pp3c13_16610V3.1"
+[295] "Pp3c13_16980V3.1" "Pp3c13_17460V3.1" "Pp3c13_17480V3.1" "Pp3c13_19580V3.1" "Pp3c13_20160V3.1" "Pp3c13_20480V3.1"
+[301] "Pp3c13_20590V3.1" "Pp3c13_20970V3.1" "Pp3c13_21050V3.1" "Pp3c13_21520V3.1" "Pp3c13_21590V3.1" "Pp3c13_23660V3.1"
+[307] "Pp3c13_23930V3.1" "Pp3c13_24050V3.1" "Pp3c13_24590V3.1" "Pp3c14_380V3.1"   "Pp3c14_3220V3.1"  "Pp3c14_4440V3.1" 
+[313] "Pp3c14_5560V3.1"  "Pp3c14_7960V3.1"  "Pp3c14_8740V3.1"  "Pp3c14_8940V3.1"  "Pp3c14_9180V3.1"  "Pp3c14_10900V3.1"
+[319] "Pp3c14_12270V3.1" "Pp3c14_12850V3.1" "Pp3c14_15560V3.1" "Pp3c14_19730V3.1" "Pp3c14_20450V3.1" "Pp3c14_20468V3.1"
+[325] "Pp3c14_20830V3.1" "Pp3c14_22870V3.1" "Pp3c14_24370V3.1" "Pp3c14_26600V3.1" "Pp3c15_830V3.1"   "Pp3c15_6160V3.1" 
+[331] "Pp3c15_6920V3.1"  "Pp3c15_7930V3.1"  "Pp3c15_10370V3.1" "Pp3c15_10670V3.1" "Pp3c15_11070V3.1" "Pp3c15_11500V3.1"
+[337] "Pp3c15_11580V3.1" "Pp3c15_12110V3.1" "Pp3c15_12230V3.1" "Pp3c15_12410V3.1" "Pp3c15_13040V3.1" "Pp3c15_15470V3.1"
+[343] "Pp3c15_18290V3.1" "Pp3c15_18500V3.1" "Pp3c15_19890V3.1" "Pp3c15_22920V3.1" "Pp3c15_24070V3.1" "Pp3c16_630V3.1"  
+[349] "Pp3c16_5650V3.1"  "Pp3c16_6440V3.1"  "Pp3c16_8090V3.1"  "Pp3c16_11400V3.1" "Pp3c16_11740V3.1" "Pp3c16_11960V3.1"
+[355] "Pp3c16_14400V3.1" "Pp3c16_15270V3.1" "Pp3c16_15490V3.1" "Pp3c16_15880V3.1" "Pp3c16_16040V3.1" "Pp3c16_18760V3.1"
+[361] "Pp3c16_19110V3.1" "Pp3c16_21250V3.1" "Pp3c16_21290V3.1" "Pp3c16_21440V3.1" "Pp3c16_22550V3.1" "Pp3c16_23780V3.1"
+[367] "Pp3c16_24530V3.1" "Pp3c17_4440V3.1"  "Pp3c17_6970V3.1"  "Pp3c17_7080V3.1"  "Pp3c17_13350V3.1" "Pp3c17_13420V3.1"
+[373] "Pp3c17_13940V3.1" "Pp3c17_14330V3.1" "Pp3c17_14590V3.1" "Pp3c17_14680V3.1" "Pp3c17_20120V3.1" "Pp3c17_23180V3.1"
+[379] "Pp3c18_1950V3.1"  "Pp3c18_4890V3.1"  "Pp3c18_6770V3.1"  "Pp3c18_6780V3.1"  "Pp3c18_7120V3.1"  "Pp3c18_8100V3.1" 
+[385] "Pp3c18_8240V3.1"  "Pp3c18_10730V3.1" "Pp3c18_10760V3.1" "Pp3c18_10780V3.1" "Pp3c18_13090V3.1" "Pp3c18_14350V3.1"
+[391] "Pp3c18_14610V3.1" "Pp3c18_14630V3.1" "Pp3c18_18400V3.1" "Pp3c19_1590V3.1"  "Pp3c19_1860V3.1"  "Pp3c19_3190V3.1" 
+[397] "Pp3c19_3740V3.1"  "Pp3c19_3750V3.1"  "Pp3c19_3840V3.1"  "Pp3c19_6660V3.1"  "Pp3c19_6710V3.1"  "Pp3c19_8410V3.1" 
+[403] "Pp3c19_11600V3.1" "Pp3c19_12890V3.1" "Pp3c19_14070V3.1" "Pp3c19_15460V3.1" "Pp3c19_16810V3.1" "Pp3c19_18700V3.1"
+[409] "Pp3c19_19100V3.1" "Pp3c19_20120V3.1" "Pp3c19_20840V3.1" "Pp3c19_20870V3.1" "Pp3c19_20900V3.1" "Pp3c19_21160V3.1"
+[415] "Pp3c19_23170V3.1" "Pp3c20_640V3.1"   "Pp3c20_1560V3.1"  "Pp3c20_1940V3.1"  "Pp3c20_2280V3.1"  "Pp3c20_2470V3.1" 
+[421] "Pp3c20_3460V3.1"  "Pp3c20_3750V3.1"  "Pp3c20_3770V3.1"  "Pp3c20_4880V3.1"  "Pp3c20_4990V3.1"  "Pp3c20_7860V3.1" 
+[427] "Pp3c20_8210V3.1"  "Pp3c20_8650V3.1"  "Pp3c20_8770V3.1"  "Pp3c20_11510V3.1" "Pp3c20_15350V3.1" "Pp3c20_20860V3.1"
+[433] "Pp3c20_21990V3.1" "Pp3c20_22510V3.1" "Pp3c20_22930V3.1" "Pp3c20_23180V3.1" "Pp3c21_880V3.1"   "Pp3c21_3950V3.1" 
+[439] "Pp3c21_4230V3.1"  "Pp3c21_5150V3.1"  "Pp3c21_8800V3.1"  "Pp3c21_9020V3.1"  "Pp3c21_9980V3.1"  "Pp3c21_12100V3.1"
+[445] "Pp3c21_14450V3.1" "Pp3c21_17930V3.1" "Pp3c21_20040V3.1" "Pp3c21_21410V3.1" "Pp3c22_540V3.1"   "Pp3c22_1680V3.1" 
+[451] "Pp3c22_3200V3.1"  "Pp3c22_5610V3.1"  "Pp3c22_6380V3.1"  "Pp3c22_7050V3.1"  "Pp3c22_7390V3.1"  "Pp3c22_7400V3.1" 
+[457] "Pp3c22_7690V3.1"  "Pp3c22_8470V3.1"  "Pp3c22_9450V3.1"  "Pp3c22_9700V3.1"  "Pp3c22_10620V3.1" "Pp3c22_11700V3.1"
+[463] "Pp3c22_13920V3.1" "Pp3c22_14530V3.1" "Pp3c22_15040V3.1" "Pp3c22_21630V3.1" "Pp3c22_21730V3.1" "Pp3c22_23000V3.1"
+[469] "Pp3c23_6060V3.1"  "Pp3c23_6510V3.1"  "Pp3c23_8400V3.1"  "Pp3c23_8650V3.1"  "Pp3c23_8670V3.1"  "Pp3c23_8800V3.1" 
+[475] "Pp3c23_12960V3.1" "Pp3c23_13040V3.1" "Pp3c23_13700V3.1" "Pp3c23_13750V3.1" "Pp3c23_14240V3.1" "Pp3c23_14420V3.1"
+[481] "Pp3c23_14660V3.1" "Pp3c23_14780V3.1" "Pp3c23_16860V3.1" "Pp3c23_17550V3.1" "Pp3c23_17660V3.1" "Pp3c23_18990V3.1"
+[487] "Pp3c23_20580V3.1" "Pp3c23_20590V3.1" "Pp3c23_22230V3.1" "Pp3c24_420V3.1"   "Pp3c24_720V3.1"   "Pp3c24_890V3.1"  
+[493] "Pp3c24_1540V3.1"  "Pp3c24_9740V3.1"  "Pp3c24_9860V3.1"  "Pp3c24_11450V3.1" "Pp3c24_12090V3.1" "Pp3c24_12430V3.1"
+[499] "Pp3c24_12520V3.1" "Pp3c24_18550V3.1" "Pp3c24_20750V3.1" "Pp3c24_20960V3.1" "Pp3c25_700V3.1"   "Pp3c25_1440V3.1" 
+[505] "Pp3c25_3840V3.1"  "Pp3c25_5720V3.1"  "Pp3c25_6140V3.1"  "Pp3c25_6730V3.1"  "Pp3c25_6940V3.1"  "Pp3c25_11400V3.1"
+[511] "Pp3c26_130V3.1"   "Pp3c26_2000V3.1"  "Pp3c26_3490V3.1"  "Pp3c26_3620V3.1"  "Pp3c26_4220V3.1"  "Pp3c26_4700V3.1" 
+[517] "Pp3c26_5440V3.1"  "Pp3c26_6430V3.1"  "Pp3c26_8730V3.1"  "Pp3c26_10700V3.1" "Pp3c26_10990V3.1" "Pp3c26_11180V3.1"
+[523] "Pp3c26_12570V3.1" "Pp3c26_14710V3.1" "Pp3c26_15000V3.1" "Pp3c27_2310V3.1"  "Pp3c27_2550V3.1"  "Pp3c27_3620V3.1" 
+[529] "Pp3c27_4500V3.1"  "Pp3c27_5030V3.1"  "Pp3c27_6710V3.1"  "Pp3c27_7010V3.1"  "Pp3s64_90V3.1"    "Pp3s127_20V3.1"  
+[1] "DEGs intersection with direction check"
+[1] 534
+  [1] "Pp3c1_3040V3.1"   "Pp3c1_3300V3.1"   "Pp3c1_3610V3.1"   "Pp3c1_4470V3.1"   "Pp3c1_6640V3.1"   "Pp3c1_7380V3.1"  
+  [7] "Pp3c1_8490V3.1"   "Pp3c1_9600V3.1"   "Pp3c1_12860V3.1"  "Pp3c1_13830V3.1"  "Pp3c1_14230V3.1"  "Pp3c1_14250V3.1" 
+ [13] "Pp3c1_14380V3.1"  "Pp3c1_19060V3.1"  "Pp3c1_19190V3.1"  "Pp3c1_19210V3.1"  "Pp3c1_20700V3.1"  "Pp3c1_21540V3.1" 
+ [19] "Pp3c1_22640V3.1"  "Pp3c1_23000V3.1"  "Pp3c1_24350V3.1"  "Pp3c1_24790V3.1"  "Pp3c1_26720V3.1"  "Pp3c1_27270V3.1" 
+ [25] "Pp3c1_27990V3.1"  "Pp3c1_28680V3.1"  "Pp3c1_29300V3.1"  "Pp3c1_29700V3.1"  "Pp3c1_30410V3.1"  "Pp3c1_31540V3.1" 
+ [31] "Pp3c1_31680V3.1"  "Pp3c1_34240V3.1"  "Pp3c1_35330V3.1"  "Pp3c1_37550V3.1"  "Pp3c1_39760V3.1"  "Pp3c1_40040V3.1" 
+ [37] "Pp3c1_40570V3.1"  "Pp3c2_1570V3.1"   "Pp3c2_2220V3.1"   "Pp3c2_2310V3.1"   "Pp3c2_2520V3.1"   "Pp3c2_6690V3.1"  
+ [43] "Pp3c2_6710V3.1"   "Pp3c2_7940V3.1"   "Pp3c2_8099V3.1"   "Pp3c2_10130V3.1"  "Pp3c2_11410V3.1"  "Pp3c2_13270V3.1" 
+ [49] "Pp3c2_13670V3.1"  "Pp3c2_15140V3.1"  "Pp3c2_17290V3.1"  "Pp3c2_17900V3.1"  "Pp3c2_18870V3.1"  "Pp3c2_19570V3.1" 
+ [55] "Pp3c2_20840V3.1"  "Pp3c2_24620V3.1"  "Pp3c2_25930V3.1"  "Pp3c2_26700V3.1"  "Pp3c2_26720V3.1"  "Pp3c2_30370V3.1" 
+ [61] "Pp3c2_31920V3.1"  "Pp3c2_35010V3.1"  "Pp3c2_35200V3.1"  "Pp3c2_37900V3.1"  "Pp3c3_240V3.1"    "Pp3c3_1090V3.1"  
+ [67] "Pp3c3_5420V3.1"   "Pp3c3_5620V3.1"   "Pp3c3_9740V3.1"   "Pp3c3_11690V3.1"  "Pp3c3_12510V3.1"  "Pp3c3_15360V3.1" 
+ [73] "Pp3c3_18750V3.1"  "Pp3c3_19490V3.1"  "Pp3c3_21060V3.1"  "Pp3c3_22990V3.1"  "Pp3c3_23880V3.1"  "Pp3c3_28050V3.1" 
+ [79] "Pp3c3_28310V3.1"  "Pp3c3_28810V3.1"  "Pp3c3_30330V3.1"  "Pp3c3_32790V3.1"  "Pp3c3_34460V3.1"  "Pp3c3_36180V3.1" 
+ [85] "Pp3c4_1240V3.1"   "Pp3c4_3170V3.1"   "Pp3c4_3190V3.1"   "Pp3c4_3490V3.1"   "Pp3c4_3720V3.1"   "Pp3c4_3930V3.1"  
+ [91] "Pp3c4_4820V3.1"   "Pp3c4_5090V3.1"   "Pp3c4_6260V3.1"   "Pp3c4_6830V3.1"   "Pp3c4_7960V3.1"   "Pp3c4_10695V3.1" 
+ [97] "Pp3c4_15470V3.1"  "Pp3c4_16570V3.1"  "Pp3c4_17170V3.1"  "Pp3c4_17240V3.1"  "Pp3c4_19720V3.1"  "Pp3c4_20080V3.1" 
+[103] "Pp3c4_23110V3.1"  "Pp3c4_23170V3.1"  "Pp3c4_25090V3.1"  "Pp3c4_25180V3.1"  "Pp3c4_25980V3.1"  "Pp3c4_26900V3.1" 
+[109] "Pp3c4_26990V3.1"  "Pp3c4_28370V3.1"  "Pp3c4_30220V3.1"  "Pp3c4_30520V3.1"  "Pp3c4_30530V3.1"  "Pp3c4_30870V3.1" 
+[115] "Pp3c4_30950V3.1"  "Pp3c4_31920V3.1"  "Pp3c5_690V3.1"    "Pp3c5_960V3.1"    "Pp3c5_1370V3.1"   "Pp3c5_2900V3.1"  
+[121] "Pp3c5_3300V3.1"   "Pp3c5_4230V3.1"   "Pp3c5_5090V3.1"   "Pp3c5_5150V3.1"   "Pp3c5_8580V3.1"   "Pp3c5_9590V3.1"  
+[127] "Pp3c5_10250V3.1"  "Pp3c5_10730V3.1"  "Pp3c5_11880V3.1"  "Pp3c5_13280V3.1"  "Pp3c5_13360V3.1"  "Pp3c5_14810V3.1" 
+[133] "Pp3c5_16770V3.1"  "Pp3c5_19220V3.1"  "Pp3c5_19300V3.1"  "Pp3c5_19460V3.1"  "Pp3c5_19770V3.1"  "Pp3c6_200V3.1"   
+[139] "Pp3c6_1620V3.1"   "Pp3c6_2090V3.1"   "Pp3c6_3770V3.1"   "Pp3c6_3810V3.1"   "Pp3c6_5150V3.1"   "Pp3c6_5290V3.1"  
+[145] "Pp3c6_6340V3.1"   "Pp3c6_6560V3.1"   "Pp3c6_9090V3.1"   "Pp3c6_10040V3.1"  "Pp3c6_10610V3.1"  "Pp3c6_11980V3.1" 
+[151] "Pp3c6_12142V3.1"  "Pp3c6_12510V3.1"  "Pp3c6_12850V3.1"  "Pp3c6_14880V3.1"  "Pp3c6_15280V3.1"  "Pp3c6_15360V3.1" 
+[157] "Pp3c6_16970V3.1"  "Pp3c6_20300V3.1"  "Pp3c6_22780V3.1"  "Pp3c6_23830V3.1"  "Pp3c6_26510V3.1"  "Pp3c7_3320V3.1"  
+[163] "Pp3c7_5800V3.1"   "Pp3c7_7269V3.1"   "Pp3c7_7930V3.1"   "Pp3c7_12850V3.1"  "Pp3c7_13140V3.1"  "Pp3c7_13580V3.1" 
+[169] "Pp3c7_14220V3.1"  "Pp3c7_14300V3.1"  "Pp3c7_14650V3.1"  "Pp3c7_15760V3.1"  "Pp3c7_16750V3.1"  "Pp3c7_18930V3.1" 
+[175] "Pp3c7_22090V3.1"  "Pp3c7_22640V3.1"  "Pp3c7_25640V3.1"  "Pp3c7_26760V3.1"  "Pp3c8_1940V3.1"   "Pp3c8_2480V3.1"  
+[181] "Pp3c8_3520V3.1"   "Pp3c8_3600V3.1"   "Pp3c8_5510V3.1"   "Pp3c8_6290V3.1"   "Pp3c8_6520V3.1"   "Pp3c8_7680V3.1"  
+[187] "Pp3c8_8720V3.1"   "Pp3c8_11120V3.1"  "Pp3c8_11720V3.1"  "Pp3c8_13540V3.1"  "Pp3c8_13570V3.1"  "Pp3c8_13580V3.1" 
+[193] "Pp3c8_13930V3.1"  "Pp3c8_15470V3.1"  "Pp3c8_16580V3.1"  "Pp3c8_16760V3.1"  "Pp3c8_17810V3.1"  "Pp3c8_17940V3.1" 
+[199] "Pp3c8_19800V3.1"  "Pp3c8_20410V3.1"  "Pp3c8_21600V3.1"  "Pp3c8_21720V3.1"  "Pp3c8_21770V3.1"  "Pp3c8_24120V3.1" 
+[205] "Pp3c9_2280V3.1"   "Pp3c9_3440V3.1"   "Pp3c9_5310V3.1"   "Pp3c9_7970V3.1"   "Pp3c9_19520V3.1"  "Pp3c9_21290V3.1" 
+[211] "Pp3c9_21830V3.1"  "Pp3c9_24180V3.1"  "Pp3c9_25200V3.1"  "Pp3c9_25700V3.1"  "Pp3c9_25950V3.1"  "Pp3c10_2940V3.1" 
+[217] "Pp3c10_2970V3.1"  "Pp3c10_3320V3.1"  "Pp3c10_4420V3.1"  "Pp3c10_4440V3.1"  "Pp3c10_5201V3.1"  "Pp3c10_5660V3.1" 
+[223] "Pp3c10_5750V3.1"  "Pp3c10_5790V3.1"  "Pp3c10_6410V3.1"  "Pp3c10_6880V3.1"  "Pp3c10_7340V3.1"  "Pp3c10_8980V3.1" 
+[229] "Pp3c10_10220V3.1" "Pp3c10_10490V3.1" "Pp3c10_10600V3.1" "Pp3c10_10980V3.1" "Pp3c10_11910V3.1" "Pp3c10_14710V3.1"
+[235] "Pp3c10_15390V3.1" "Pp3c10_16330V3.1" "Pp3c10_16800V3.1" "Pp3c10_18330V3.1" "Pp3c10_18860V3.1" "Pp3c10_20290V3.1"
+[241] "Pp3c10_21510V3.1" "Pp3c10_23470V3.1" "Pp3c10_25371V3.1" "Pp3c10_25410V3.1" "Pp3c10_25450V3.1" "Pp3c11_3710V3.1" 
+[247] "Pp3c11_4920V3.1"  "Pp3c11_6140V3.1"  "Pp3c11_6700V3.1"  "Pp3c11_7910V3.1"  "Pp3c11_8680V3.1"  "Pp3c11_8730V3.1" 
+[253] "Pp3c11_10680V3.1" "Pp3c11_11630V3.1" "Pp3c11_12080V3.1" "Pp3c11_14140V3.1" "Pp3c11_15220V3.1" "Pp3c11_15790V3.1"
+[259] "Pp3c11_16051V3.1" "Pp3c11_18280V3.1" "Pp3c11_19850V3.1" "Pp3c11_21590V3.1" "Pp3c11_22600V3.1" "Pp3c11_24300V3.1"
+[265] "Pp3c12_1790V3.1"  "Pp3c12_4470V3.1"  "Pp3c12_8960V3.1"  "Pp3c12_8990V3.1"  "Pp3c12_9500V3.1"  "Pp3c12_11230V3.1"
+[271] "Pp3c12_11880V3.1" "Pp3c12_13870V3.1" "Pp3c12_14210V3.1" "Pp3c12_16890V3.1" "Pp3c12_17320V3.1" "Pp3c12_19890V3.1"
+[277] "Pp3c12_22320V3.1" "Pp3c12_22330V3.1" "Pp3c12_22830V3.1" "Pp3c12_25460V3.1" "Pp3c13_2000V3.1"  "Pp3c13_4300V3.1" 
+[283] "Pp3c13_5750V3.1"  "Pp3c13_5930V3.1"  "Pp3c13_6570V3.1"  "Pp3c13_6640V3.1"  "Pp3c13_11720V3.1" "Pp3c13_12890V3.1"
+[289] "Pp3c13_13170V3.1" "Pp3c13_14980V3.1" "Pp3c13_15460V3.1" "Pp3c13_15910V3.1" "Pp3c13_16600V3.1" "Pp3c13_16610V3.1"
+[295] "Pp3c13_16980V3.1" "Pp3c13_17460V3.1" "Pp3c13_17480V3.1" "Pp3c13_19580V3.1" "Pp3c13_20160V3.1" "Pp3c13_20480V3.1"
+[301] "Pp3c13_20590V3.1" "Pp3c13_20970V3.1" "Pp3c13_21050V3.1" "Pp3c13_21520V3.1" "Pp3c13_21590V3.1" "Pp3c13_23660V3.1"
+[307] "Pp3c13_23930V3.1" "Pp3c13_24050V3.1" "Pp3c13_24590V3.1" "Pp3c14_380V3.1"   "Pp3c14_3220V3.1"  "Pp3c14_4440V3.1" 
+[313] "Pp3c14_5560V3.1"  "Pp3c14_7960V3.1"  "Pp3c14_8740V3.1"  "Pp3c14_8940V3.1"  "Pp3c14_9180V3.1"  "Pp3c14_10900V3.1"
+[319] "Pp3c14_12270V3.1" "Pp3c14_12850V3.1" "Pp3c14_15560V3.1" "Pp3c14_19730V3.1" "Pp3c14_20450V3.1" "Pp3c14_20468V3.1"
+[325] "Pp3c14_20830V3.1" "Pp3c14_22870V3.1" "Pp3c14_24370V3.1" "Pp3c14_26600V3.1" "Pp3c15_830V3.1"   "Pp3c15_6160V3.1" 
+[331] "Pp3c15_6920V3.1"  "Pp3c15_7930V3.1"  "Pp3c15_10370V3.1" "Pp3c15_10670V3.1" "Pp3c15_11070V3.1" "Pp3c15_11500V3.1"
+[337] "Pp3c15_11580V3.1" "Pp3c15_12110V3.1" "Pp3c15_12230V3.1" "Pp3c15_12410V3.1" "Pp3c15_13040V3.1" "Pp3c15_15470V3.1"
+[343] "Pp3c15_18290V3.1" "Pp3c15_18500V3.1" "Pp3c15_19890V3.1" "Pp3c15_22920V3.1" "Pp3c15_24070V3.1" "Pp3c16_630V3.1"  
+[349] "Pp3c16_5650V3.1"  "Pp3c16_6440V3.1"  "Pp3c16_8090V3.1"  "Pp3c16_11400V3.1" "Pp3c16_11740V3.1" "Pp3c16_11960V3.1"
+[355] "Pp3c16_14400V3.1" "Pp3c16_15270V3.1" "Pp3c16_15490V3.1" "Pp3c16_15880V3.1" "Pp3c16_16040V3.1" "Pp3c16_18760V3.1"
+[361] "Pp3c16_19110V3.1" "Pp3c16_21250V3.1" "Pp3c16_21290V3.1" "Pp3c16_21440V3.1" "Pp3c16_22550V3.1" "Pp3c16_23780V3.1"
+[367] "Pp3c16_24530V3.1" "Pp3c17_4440V3.1"  "Pp3c17_6970V3.1"  "Pp3c17_7080V3.1"  "Pp3c17_13350V3.1" "Pp3c17_13420V3.1"
+[373] "Pp3c17_13940V3.1" "Pp3c17_14330V3.1" "Pp3c17_14590V3.1" "Pp3c17_14680V3.1" "Pp3c17_20120V3.1" "Pp3c17_23180V3.1"
+[379] "Pp3c18_1950V3.1"  "Pp3c18_4890V3.1"  "Pp3c18_6770V3.1"  "Pp3c18_6780V3.1"  "Pp3c18_7120V3.1"  "Pp3c18_8100V3.1" 
+[385] "Pp3c18_8240V3.1"  "Pp3c18_10730V3.1" "Pp3c18_10760V3.1" "Pp3c18_10780V3.1" "Pp3c18_13090V3.1" "Pp3c18_14350V3.1"
+[391] "Pp3c18_14610V3.1" "Pp3c18_14630V3.1" "Pp3c18_18400V3.1" "Pp3c19_1590V3.1"  "Pp3c19_1860V3.1"  "Pp3c19_3190V3.1" 
+[397] "Pp3c19_3740V3.1"  "Pp3c19_3750V3.1"  "Pp3c19_3840V3.1"  "Pp3c19_6660V3.1"  "Pp3c19_6710V3.1"  "Pp3c19_8410V3.1" 
+[403] "Pp3c19_11600V3.1" "Pp3c19_12890V3.1" "Pp3c19_14070V3.1" "Pp3c19_15460V3.1" "Pp3c19_16810V3.1" "Pp3c19_18700V3.1"
+[409] "Pp3c19_19100V3.1" "Pp3c19_20120V3.1" "Pp3c19_20840V3.1" "Pp3c19_20870V3.1" "Pp3c19_20900V3.1" "Pp3c19_21160V3.1"
+[415] "Pp3c19_23170V3.1" "Pp3c20_640V3.1"   "Pp3c20_1560V3.1"  "Pp3c20_1940V3.1"  "Pp3c20_2280V3.1"  "Pp3c20_2470V3.1" 
+[421] "Pp3c20_3460V3.1"  "Pp3c20_3750V3.1"  "Pp3c20_3770V3.1"  "Pp3c20_4880V3.1"  "Pp3c20_4990V3.1"  "Pp3c20_7860V3.1" 
+[427] "Pp3c20_8210V3.1"  "Pp3c20_8650V3.1"  "Pp3c20_8770V3.1"  "Pp3c20_11510V3.1" "Pp3c20_15350V3.1" "Pp3c20_20860V3.1"
+[433] "Pp3c20_21990V3.1" "Pp3c20_22510V3.1" "Pp3c20_22930V3.1" "Pp3c20_23180V3.1" "Pp3c21_880V3.1"   "Pp3c21_3950V3.1" 
+[439] "Pp3c21_4230V3.1"  "Pp3c21_5150V3.1"  "Pp3c21_8800V3.1"  "Pp3c21_9020V3.1"  "Pp3c21_9980V3.1"  "Pp3c21_12100V3.1"
+[445] "Pp3c21_14450V3.1" "Pp3c21_17930V3.1" "Pp3c21_20040V3.1" "Pp3c21_21410V3.1" "Pp3c22_540V3.1"   "Pp3c22_1680V3.1" 
+[451] "Pp3c22_3200V3.1"  "Pp3c22_5610V3.1"  "Pp3c22_6380V3.1"  "Pp3c22_7050V3.1"  "Pp3c22_7390V3.1"  "Pp3c22_7400V3.1" 
+[457] "Pp3c22_7690V3.1"  "Pp3c22_8470V3.1"  "Pp3c22_9450V3.1"  "Pp3c22_9700V3.1"  "Pp3c22_10620V3.1" "Pp3c22_11700V3.1"
+[463] "Pp3c22_13920V3.1" "Pp3c22_14530V3.1" "Pp3c22_15040V3.1" "Pp3c22_21630V3.1" "Pp3c22_21730V3.1" "Pp3c22_23000V3.1"
+[469] "Pp3c23_6060V3.1"  "Pp3c23_6510V3.1"  "Pp3c23_8400V3.1"  "Pp3c23_8650V3.1"  "Pp3c23_8670V3.1"  "Pp3c23_8800V3.1" 
+[475] "Pp3c23_12960V3.1" "Pp3c23_13040V3.1" "Pp3c23_13700V3.1" "Pp3c23_13750V3.1" "Pp3c23_14240V3.1" "Pp3c23_14420V3.1"
+[481] "Pp3c23_14660V3.1" "Pp3c23_14780V3.1" "Pp3c23_16860V3.1" "Pp3c23_17550V3.1" "Pp3c23_17660V3.1" "Pp3c23_18990V3.1"
+[487] "Pp3c23_20580V3.1" "Pp3c23_20590V3.1" "Pp3c23_22230V3.1" "Pp3c24_420V3.1"   "Pp3c24_720V3.1"   "Pp3c24_890V3.1"  
+[493] "Pp3c24_1540V3.1"  "Pp3c24_9740V3.1"  "Pp3c24_9860V3.1"  "Pp3c24_11450V3.1" "Pp3c24_12090V3.1" "Pp3c24_12430V3.1"
+[499] "Pp3c24_12520V3.1" "Pp3c24_18550V3.1" "Pp3c24_20750V3.1" "Pp3c24_20960V3.1" "Pp3c25_700V3.1"   "Pp3c25_1440V3.1" 
+[505] "Pp3c25_3840V3.1"  "Pp3c25_5720V3.1"  "Pp3c25_6140V3.1"  "Pp3c25_6730V3.1"  "Pp3c25_6940V3.1"  "Pp3c25_11400V3.1"
+[511] "Pp3c26_130V3.1"   "Pp3c26_2000V3.1"  "Pp3c26_3490V3.1"  "Pp3c26_3620V3.1"  "Pp3c26_4220V3.1"  "Pp3c26_4700V3.1" 
+[517] "Pp3c26_5440V3.1"  "Pp3c26_6430V3.1"  "Pp3c26_8730V3.1"  "Pp3c26_10700V3.1" "Pp3c26_10990V3.1" "Pp3c26_11180V3.1"
+[523] "Pp3c26_12570V3.1" "Pp3c26_14710V3.1" "Pp3c26_15000V3.1" "Pp3c27_2310V3.1"  "Pp3c27_2550V3.1"  "Pp3c27_3620V3.1" 
+[529] "Pp3c27_4500V3.1"  "Pp3c27_5030V3.1"  "Pp3c27_6710V3.1"  "Pp3c27_7010V3.1"  "Pp3s64_90V3.1"    "Pp3s127_20V3.1"  
+[1] "DEGs edgeR"
+[1] 3488
+[1] "DEGs deseq2"
+[1] 2568
+[1] "DEGs noiseq"
+[1] 1218
+[1] "DEGs noiseqbio"
+[1] 761
+[1] "DEGs intersection without direction check  (three methods)"
+[1] 1129
+   [1] "Pp3c1_430V3.1"    "Pp3c1_1330V3.1"   "Pp3c1_2210V3.1"   "Pp3c1_3040V3.1"   "Pp3c1_3300V3.1"   "Pp3c1_3610V3.1"  
+   [7] "Pp3c1_4470V3.1"   "Pp3c1_6272V3.1"   "Pp3c1_6640V3.1"   "Pp3c1_7380V3.1"   "Pp3c1_7450V3.1"   "Pp3c1_8490V3.1"  
+  [13] "Pp3c1_9600V3.1"   "Pp3c1_10000V3.1"  "Pp3c1_10970V3.1"  "Pp3c1_12020V3.1"  "Pp3c1_12860V3.1"  "Pp3c1_13830V3.1" 
+  [19] "Pp3c1_13930V3.1"  "Pp3c1_14230V3.1"  "Pp3c1_14250V3.1"  "Pp3c1_14380V3.1"  "Pp3c1_17870V3.1"  "Pp3c1_19060V3.1" 
+  [25] "Pp3c1_19190V3.1"  "Pp3c1_19210V3.1"  "Pp3c1_20700V3.1"  "Pp3c1_20960V3.1"  "Pp3c1_20980V3.1"  "Pp3c1_21400V3.1" 
+  [31] "Pp3c1_21540V3.1"  "Pp3c1_21890V3.1"  "Pp3c1_22120V3.1"  "Pp3c1_22640V3.1"  "Pp3c1_23000V3.1"  "Pp3c1_23300V3.1" 
+  [37] "Pp3c1_24000V3.1"  "Pp3c1_24350V3.1"  "Pp3c1_24440V3.1"  "Pp3c1_24570V3.1"  "Pp3c1_24790V3.1"  "Pp3c1_25080V3.1" 
+  [43] "Pp3c1_25290V3.1"  "Pp3c1_25700V3.1"  "Pp3c1_25850V3.1"  "Pp3c1_26720V3.1"  "Pp3c1_27270V3.1"  "Pp3c1_27630V3.1" 
+  [49] "Pp3c1_27990V3.1"  "Pp3c1_28110V3.1"  "Pp3c1_28340V3.1"  "Pp3c1_28680V3.1"  "Pp3c1_29300V3.1"  "Pp3c1_29700V3.1" 
+  [55] "Pp3c1_30410V3.1"  "Pp3c1_30790V3.1"  "Pp3c1_31440V3.1"  "Pp3c1_31540V3.1"  "Pp3c1_31680V3.1"  "Pp3c1_32910V3.1" 
+  [61] "Pp3c1_33460V3.1"  "Pp3c1_34020V3.1"  "Pp3c1_34240V3.1"  "Pp3c1_34950V3.1"  "Pp3c1_35321V3.1"  "Pp3c1_35330V3.1" 
+  [67] "Pp3c1_37550V3.1"  "Pp3c1_39760V3.1"  "Pp3c1_40040V3.1"  "Pp3c1_40350V3.1"  "Pp3c1_40570V3.1"  "Pp3c1_41090V3.1" 
+  [73] "Pp3c1_42760V3.1"  "Pp3c2_1330V3.1"   "Pp3c2_1570V3.1"   "Pp3c2_2070V3.1"   "Pp3c2_2220V3.1"   "Pp3c2_2310V3.1"  
+  [79] "Pp3c2_2520V3.1"   "Pp3c2_4250V3.1"   "Pp3c2_4490V3.1"   "Pp3c2_4940V3.1"   "Pp3c2_6690V3.1"   "Pp3c2_6710V3.1"  
+  [85] "Pp3c2_7230V3.1"   "Pp3c2_7790V3.1"   "Pp3c2_7940V3.1"   "Pp3c2_8099V3.1"   "Pp3c2_10130V3.1"  "Pp3c2_10920V3.1" 
+  [91] "Pp3c2_11410V3.1"  "Pp3c2_13270V3.1"  "Pp3c2_13450V3.1"  "Pp3c2_13670V3.1"  "Pp3c2_13790V3.1"  "Pp3c2_14090V3.1" 
+  [97] "Pp3c2_14160V3.1"  "Pp3c2_15140V3.1"  "Pp3c2_17110V3.1"  "Pp3c2_17290V3.1"  "Pp3c2_17700V3.1"  "Pp3c2_17900V3.1" 
+ [103] "Pp3c2_18870V3.1"  "Pp3c2_19570V3.1"  "Pp3c2_19980V3.1"  "Pp3c2_20840V3.1"  "Pp3c2_21710V3.1"  "Pp3c2_21940V3.1" 
+ [109] "Pp3c2_22020V3.1"  "Pp3c2_24620V3.1"  "Pp3c2_25580V3.1"  "Pp3c2_25720V3.1"  "Pp3c2_25890V3.1"  "Pp3c2_25930V3.1" 
+ [115] "Pp3c2_26700V3.1"  "Pp3c2_26720V3.1"  "Pp3c2_27330V3.1"  "Pp3c2_28140V3.1"  "Pp3c2_30370V3.1"  "Pp3c2_30620V3.1" 
+ [121] "Pp3c2_31200V3.1"  "Pp3c2_31920V3.1"  "Pp3c2_31970V3.1"  "Pp3c2_32400V3.1"  "Pp3c2_33800V3.1"  "Pp3c2_33980V3.1" 
+ [127] "Pp3c2_34270V3.1"  "Pp3c2_34390V3.1"  "Pp3c2_34670V3.1"  "Pp3c2_35010V3.1"  "Pp3c2_35200V3.1"  "Pp3c2_35740V3.1" 
+ [133] "Pp3c2_37670V3.1"  "Pp3c2_37900V3.1"  "Pp3c3_240V3.1"    "Pp3c3_810V3.1"    "Pp3c3_1090V3.1"   "Pp3c3_2980V3.1"  
+ [139] "Pp3c3_3450V3.1"   "Pp3c3_4970V3.1"   "Pp3c3_5420V3.1"   "Pp3c3_5570V3.1"   "Pp3c3_5620V3.1"   "Pp3c3_5720V3.1"  
+ [145] "Pp3c3_7460V3.1"   "Pp3c3_8370V3.1"   "Pp3c3_8540V3.1"   "Pp3c3_9740V3.1"   "Pp3c3_10350V3.1"  "Pp3c3_10940V3.1" 
+ [151] "Pp3c3_11690V3.1"  "Pp3c3_11730V3.1"  "Pp3c3_11830V3.1"  "Pp3c3_11840V3.1"  "Pp3c3_12510V3.1"  "Pp3c3_12560V3.1" 
+ [157] "Pp3c3_12890V3.1"  "Pp3c3_13550V3.1"  "Pp3c3_14139V3.1"  "Pp3c3_14930V3.1"  "Pp3c3_15040V3.1"  "Pp3c3_15360V3.1" 
+ [163] "Pp3c3_17207V3.1"  "Pp3c3_17260V3.1"  "Pp3c3_17340V3.1"  "Pp3c3_18750V3.1"  "Pp3c3_19490V3.1"  "Pp3c3_20980V3.1" 
+ [169] "Pp3c3_21060V3.1"  "Pp3c3_22990V3.1"  "Pp3c3_23880V3.1"  "Pp3c3_25260V3.1"  "Pp3c3_25610V3.1"  "Pp3c3_26530V3.1" 
+ [175] "Pp3c3_26540V3.1"  "Pp3c3_26890V3.1"  "Pp3c3_27280V3.1"  "Pp3c3_27900V3.1"  "Pp3c3_28050V3.1"  "Pp3c3_28120V3.1" 
+ [181] "Pp3c3_28310V3.1"  "Pp3c3_28810V3.1"  "Pp3c3_29330V3.1"  "Pp3c3_30330V3.1"  "Pp3c3_32230V3.1"  "Pp3c3_32790V3.1" 
+ [187] "Pp3c3_34050V3.1"  "Pp3c3_34460V3.1"  "Pp3c3_35850V3.1"  "Pp3c3_36180V3.1"  "Pp3c3_37540V3.1"  "Pp3c4_1240V3.1"  
+ [193] "Pp3c4_1261V3.1"   "Pp3c4_1490V3.1"   "Pp3c4_3170V3.1"   "Pp3c4_3190V3.1"   "Pp3c4_3490V3.1"   "Pp3c4_3720V3.1"  
+ [199] "Pp3c4_3930V3.1"   "Pp3c4_3950V3.1"   "Pp3c4_4820V3.1"   "Pp3c4_5090V3.1"   "Pp3c4_5170V3.1"   "Pp3c4_5680V3.1"  
+ [205] "Pp3c4_5690V3.1"   "Pp3c4_6260V3.1"   "Pp3c4_6500V3.1"   "Pp3c4_6830V3.1"   "Pp3c4_7300V3.1"   "Pp3c4_7960V3.1"  
+ [211] "Pp3c4_8171V3.1"   "Pp3c4_8470V3.1"   "Pp3c4_9670V3.1"   "Pp3c4_10140V3.1"  "Pp3c4_10695V3.1"  "Pp3c4_10780V3.1" 
+ [217] "Pp3c4_11180V3.1"  "Pp3c4_11490V3.1"  "Pp3c4_11800V3.1"  "Pp3c4_11860V3.1"  "Pp3c4_12160V3.1"  "Pp3c4_14550V3.1" 
+ [223] "Pp3c4_15230V3.1"  "Pp3c4_15470V3.1"  "Pp3c4_16570V3.1"  "Pp3c4_17170V3.1"  "Pp3c4_17240V3.1"  "Pp3c4_17920V3.1" 
+ [229] "Pp3c4_19340V3.1"  "Pp3c4_19720V3.1"  "Pp3c4_20080V3.1"  "Pp3c4_20740V3.1"  "Pp3c4_22510V3.1"  "Pp3c4_23110V3.1" 
+ [235] "Pp3c4_23170V3.1"  "Pp3c4_23200V3.1"  "Pp3c4_24130V3.1"  "Pp3c4_25090V3.1"  "Pp3c4_25180V3.1"  "Pp3c4_25460V3.1" 
+ [241] "Pp3c4_25980V3.1"  "Pp3c4_26620V3.1"  "Pp3c4_26900V3.1"  "Pp3c4_26990V3.1"  "Pp3c4_28370V3.1"  "Pp3c4_29000V3.1" 
+ [247] "Pp3c4_29200V3.1"  "Pp3c4_30220V3.1"  "Pp3c4_30520V3.1"  "Pp3c4_30530V3.1"  "Pp3c4_30547V3.1"  "Pp3c4_30870V3.1" 
+ [253] "Pp3c4_30950V3.1"  "Pp3c4_31590V3.1"  "Pp3c4_31920V3.1"  "Pp3c5_200V3.1"    "Pp3c5_570V3.1"    "Pp3c5_690V3.1"   
+ [259] "Pp3c5_880V3.1"    "Pp3c5_960V3.1"    "Pp3c5_1370V3.1"   "Pp3c5_1800V3.1"   "Pp3c5_2900V3.1"   "Pp3c5_3300V3.1"  
+ [265] "Pp3c5_3660V3.1"   "Pp3c5_4140V3.1"   "Pp3c5_4230V3.1"   "Pp3c5_5090V3.1"   "Pp3c5_5150V3.1"   "Pp3c5_6270V3.1"  
+ [271] "Pp3c5_6300V3.1"   "Pp3c5_7570V3.1"   "Pp3c5_7810V3.1"   "Pp3c5_7940V3.1"   "Pp3c5_8210V3.1"   "Pp3c5_8240V3.1"  
+ [277] "Pp3c5_8580V3.1"   "Pp3c5_9420V3.1"   "Pp3c5_9550V3.1"   "Pp3c5_9590V3.1"   "Pp3c5_10250V3.1"  "Pp3c5_10730V3.1" 
+ [283] "Pp3c5_11880V3.1"  "Pp3c5_12180V3.1"  "Pp3c5_12420V3.1"  "Pp3c5_13280V3.1"  "Pp3c5_13360V3.1"  "Pp3c5_14810V3.1" 
+ [289] "Pp3c5_15580V3.1"  "Pp3c5_16520V3.1"  "Pp3c5_16770V3.1"  "Pp3c5_19200V3.1"  "Pp3c5_19220V3.1"  "Pp3c5_19300V3.1" 
+ [295] "Pp3c5_19460V3.1"  "Pp3c5_19770V3.1"  "Pp3c5_19860V3.1"  "Pp3c5_20690V3.1"  "Pp3c5_20920V3.1"  "Pp3c5_21520V3.1" 
+ [301] "Pp3c5_21630V3.1"  "Pp3c5_22420V3.1"  "Pp3c5_24610V3.1"  "Pp3c5_25250V3.1"  "Pp3c5_25650V3.1"  "Pp3c5_28350V3.1" 
+ [307] "Pp3c6_80V3.1"     "Pp3c6_130V3.1"    "Pp3c6_180V3.1"    "Pp3c6_200V3.1"    "Pp3c6_1620V3.1"   "Pp3c6_2090V3.1"  
+ [313] "Pp3c6_3770V3.1"   "Pp3c6_3810V3.1"   "Pp3c6_4360V3.1"   "Pp3c6_5150V3.1"   "Pp3c6_5290V3.1"   "Pp3c6_5340V3.1"  
+ [319] "Pp3c6_6340V3.1"   "Pp3c6_6560V3.1"   "Pp3c6_6610V3.1"   "Pp3c6_9090V3.1"   "Pp3c6_10040V3.1"  "Pp3c6_10610V3.1" 
+ [325] "Pp3c6_11070V3.1"  "Pp3c6_11980V3.1"  "Pp3c6_12142V3.1"  "Pp3c6_12510V3.1"  "Pp3c6_12570V3.1"  "Pp3c6_12850V3.1" 
+ [331] "Pp3c6_14750V3.1"  "Pp3c6_14880V3.1"  "Pp3c6_15020V3.1"  "Pp3c6_15170V3.1"  "Pp3c6_15280V3.1"  "Pp3c6_15360V3.1" 
+ [337] "Pp3c6_16970V3.1"  "Pp3c6_18710V3.1"  "Pp3c6_19150V3.1"  "Pp3c6_20300V3.1"  "Pp3c6_20610V3.1"  "Pp3c6_20660V3.1" 
+ [343] "Pp3c6_20944V3.1"  "Pp3c6_20960V3.1"  "Pp3c6_21160V3.1"  "Pp3c6_21940V3.1"  "Pp3c6_22710V3.1"  "Pp3c6_22780V3.1" 
+ [349] "Pp3c6_23040V3.1"  "Pp3c6_23490V3.1"  "Pp3c6_23830V3.1"  "Pp3c6_24510V3.1"  "Pp3c6_26460V3.1"  "Pp3c6_26510V3.1" 
+ [355] "Pp3c6_26514V3.1"  "Pp3c7_200V3.1"    "Pp3c7_650V3.1"    "Pp3c7_1410V3.1"   "Pp3c7_3310V3.1"   "Pp3c7_3320V3.1"  
+ [361] "Pp3c7_4820V3.1"   "Pp3c7_5230V3.1"   "Pp3c7_5800V3.1"   "Pp3c7_6450V3.1"   "Pp3c7_7269V3.1"   "Pp3c7_7830V3.1"  
+ [367] "Pp3c7_7930V3.1"   "Pp3c7_10610V3.1"  "Pp3c7_12150V3.1"  "Pp3c7_12850V3.1"  "Pp3c7_13080V3.1"  "Pp3c7_13140V3.1" 
+ [373] "Pp3c7_13580V3.1"  "Pp3c7_14220V3.1"  "Pp3c7_14300V3.1"  "Pp3c7_14650V3.1"  "Pp3c7_14800V3.1"  "Pp3c7_15530V3.1" 
+ [379] "Pp3c7_15700V3.1"  "Pp3c7_15760V3.1"  "Pp3c7_16750V3.1"  "Pp3c7_18311V3.1"  "Pp3c7_18930V3.1"  "Pp3c7_19260V3.1" 
+ [385] "Pp3c7_20010V3.1"  "Pp3c7_20320V3.1"  "Pp3c7_20852V3.1"  "Pp3c7_21310V3.1"  "Pp3c7_22090V3.1"  "Pp3c7_22640V3.1" 
+ [391] "Pp3c7_23680V3.1"  "Pp3c7_23810V3.1"  "Pp3c7_24650V3.1"  "Pp3c7_25280V3.1"  "Pp3c7_25640V3.1"  "Pp3c7_26760V3.1" 
+ [397] "Pp3c8_970V3.1"    "Pp3c8_1800V3.1"   "Pp3c8_1940V3.1"   "Pp3c8_2480V3.1"   "Pp3c8_3050V3.1"   "Pp3c8_3520V3.1"  
+ [403] "Pp3c8_3600V3.1"   "Pp3c8_3810V3.1"   "Pp3c8_4810V3.1"   "Pp3c8_5510V3.1"   "Pp3c8_6239V3.1"   "Pp3c8_6290V3.1"  
+ [409] "Pp3c8_6520V3.1"   "Pp3c8_7520V3.1"   "Pp3c8_7680V3.1"   "Pp3c8_8720V3.1"   "Pp3c8_9230V3.1"   "Pp3c8_10910V3.1" 
+ [415] "Pp3c8_11120V3.1"  "Pp3c8_11160V3.1"  "Pp3c8_11720V3.1"  "Pp3c8_13280V3.1"  "Pp3c8_13540V3.1"  "Pp3c8_13570V3.1" 
+ [421] "Pp3c8_13580V3.1"  "Pp3c8_13930V3.1"  "Pp3c8_14130V3.1"  "Pp3c8_15360V3.1"  "Pp3c8_15470V3.1"  "Pp3c8_15610V3.1" 
+ [427] "Pp3c8_16580V3.1"  "Pp3c8_16670V3.1"  "Pp3c8_16760V3.1"  "Pp3c8_17140V3.1"  "Pp3c8_17430V3.1"  "Pp3c8_17810V3.1" 
+ [433] "Pp3c8_17920V3.1"  "Pp3c8_17940V3.1"  "Pp3c8_18880V3.1"  "Pp3c8_18910V3.1"  "Pp3c8_18990V3.1"  "Pp3c8_19800V3.1" 
+ [439] "Pp3c8_20410V3.1"  "Pp3c8_20549V3.1"  "Pp3c8_21260V3.1"  "Pp3c8_21600V3.1"  "Pp3c8_21720V3.1"  "Pp3c8_21760V3.1" 
+ [445] "Pp3c8_21770V3.1"  "Pp3c8_21780V3.1"  "Pp3c8_22100V3.1"  "Pp3c8_24120V3.1"  "Pp3c8_24650V3.1"  "Pp3c8_24880V3.1" 
+ [451] "Pp3c8_25010V3.1"  "Pp3c9_1480V3.1"   "Pp3c9_2020V3.1"   "Pp3c9_2280V3.1"   "Pp3c9_3300V3.1"   "Pp3c9_3440V3.1"  
+ [457] "Pp3c9_4460V3.1"   "Pp3c9_5280V3.1"   "Pp3c9_5310V3.1"   "Pp3c9_5710V3.1"   "Pp3c9_6250V3.1"   "Pp3c9_6540V3.1"  
+ [463] "Pp3c9_7400V3.1"   "Pp3c9_7970V3.1"   "Pp3c9_9200V3.1"   "Pp3c9_9380V3.1"   "Pp3c9_11060V3.1"  "Pp3c9_12590V3.1" 
+ [469] "Pp3c9_14600V3.1"  "Pp3c9_14900V3.1"  "Pp3c9_18350V3.1"  "Pp3c9_18850V3.1"  "Pp3c9_19040V3.1"  "Pp3c9_19520V3.1" 
+ [475] "Pp3c9_20170V3.1"  "Pp3c9_21290V3.1"  "Pp3c9_21830V3.1"  "Pp3c9_24180V3.1"  "Pp3c9_24710V3.1"  "Pp3c9_24840V3.1" 
+ [481] "Pp3c9_25200V3.1"  "Pp3c9_25700V3.1"  "Pp3c9_25950V3.1"  "Pp3c10_300V3.1"   "Pp3c10_1790V3.1"  "Pp3c10_1870V3.1" 
+ [487] "Pp3c10_2340V3.1"  "Pp3c10_2350V3.1"  "Pp3c10_2381V3.1"  "Pp3c10_2540V3.1"  "Pp3c10_2940V3.1"  "Pp3c10_2970V3.1" 
+ [493] "Pp3c10_3170V3.1"  "Pp3c10_3320V3.1"  "Pp3c10_3950V3.1"  "Pp3c10_4420V3.1"  "Pp3c10_4440V3.1"  "Pp3c10_4900V3.1" 
+ [499] "Pp3c10_5201V3.1"  "Pp3c10_5660V3.1"  "Pp3c10_5750V3.1"  "Pp3c10_5790V3.1"  "Pp3c10_6410V3.1"  "Pp3c10_6880V3.1" 
+ [505] "Pp3c10_7340V3.1"  "Pp3c10_7580V3.1"  "Pp3c10_7690V3.1"  "Pp3c10_8000V3.1"  "Pp3c10_8980V3.1"  "Pp3c10_9270V3.1" 
+ [511] "Pp3c10_10220V3.1" "Pp3c10_10290V3.1" "Pp3c10_10490V3.1" "Pp3c10_10570V3.1" "Pp3c10_10600V3.1" "Pp3c10_10670V3.1"
+ [517] "Pp3c10_10980V3.1" "Pp3c10_11910V3.1" "Pp3c10_12560V3.1" "Pp3c10_13060V3.1" "Pp3c10_14590V3.1" "Pp3c10_14710V3.1"
+ [523] "Pp3c10_15390V3.1" "Pp3c10_16330V3.1" "Pp3c10_16800V3.1" "Pp3c10_18310V3.1" "Pp3c10_18330V3.1" "Pp3c10_18860V3.1"
+ [529] "Pp3c10_19570V3.1" "Pp3c10_20290V3.1" "Pp3c10_21250V3.1" "Pp3c10_21510V3.1" "Pp3c10_21530V3.1" "Pp3c10_21693V3.1"
+ [535] "Pp3c10_21790V3.1" "Pp3c10_23080V3.1" "Pp3c10_23130V3.1" "Pp3c10_23470V3.1" "Pp3c10_25371V3.1" "Pp3c10_25410V3.1"
+ [541] "Pp3c10_25450V3.1" "Pp3c10_25590V3.1" "Pp3c11_3710V3.1"  "Pp3c11_4100V3.1"  "Pp3c11_4850V3.1"  "Pp3c11_4920V3.1" 
+ [547] "Pp3c11_5590V3.1"  "Pp3c11_6140V3.1"  "Pp3c11_6700V3.1"  "Pp3c11_7910V3.1"  "Pp3c11_8450V3.1"  "Pp3c11_8510V3.1" 
+ [553] "Pp3c11_8680V3.1"  "Pp3c11_8730V3.1"  "Pp3c11_9560V3.1"  "Pp3c11_10680V3.1" "Pp3c11_11230V3.1" "Pp3c11_11630V3.1"
+ [559] "Pp3c11_12080V3.1" "Pp3c11_14140V3.1" "Pp3c11_14630V3.1" "Pp3c11_15220V3.1" "Pp3c11_15790V3.1" "Pp3c11_16051V3.1"
+ [565] "Pp3c11_18230V3.1" "Pp3c11_18280V3.1" "Pp3c11_19850V3.1" "Pp3c11_21460V3.1" "Pp3c11_21590V3.1" "Pp3c11_21830V3.1"
+ [571] "Pp3c11_22600V3.1" "Pp3c11_23140V3.1" "Pp3c11_23260V3.1" "Pp3c11_23950V3.1" "Pp3c11_24300V3.1" "Pp3c11_25970V3.1"
+ [577] "Pp3c11_26180V3.1" "Pp3c12_350V3.1"   "Pp3c12_1790V3.1"  "Pp3c12_1800V3.1"  "Pp3c12_4470V3.1"  "Pp3c12_7590V3.1" 
+ [583] "Pp3c12_8330V3.1"  "Pp3c12_8960V3.1"  "Pp3c12_8990V3.1"  "Pp3c12_9200V3.1"  "Pp3c12_9360V3.1"  "Pp3c12_9500V3.1" 
+ [589] "Pp3c12_10330V3.1" "Pp3c12_10360V3.1" "Pp3c12_10590V3.1" "Pp3c12_11230V3.1" "Pp3c12_11700V3.1" "Pp3c12_11880V3.1"
+ [595] "Pp3c12_13250V3.1" "Pp3c12_13600V3.1" "Pp3c12_13870V3.1" "Pp3c12_14210V3.1" "Pp3c12_14510V3.1" "Pp3c12_16150V3.1"
+ [601] "Pp3c12_16880V3.1" "Pp3c12_16890V3.1" "Pp3c12_17320V3.1" "Pp3c12_19890V3.1" "Pp3c12_21260V3.1" "Pp3c12_22320V3.1"
+ [607] "Pp3c12_22330V3.1" "Pp3c12_22830V3.1" "Pp3c12_23490V3.1" "Pp3c12_25230V3.1" "Pp3c12_25380V3.1" "Pp3c12_25460V3.1"
+ [613] "Pp3c13_300V3.1"   "Pp3c13_1540V3.1"  "Pp3c13_2000V3.1"  "Pp3c13_3830V3.1"  "Pp3c13_4010V3.1"  "Pp3c13_4300V3.1" 
+ [619] "Pp3c13_5750V3.1"  "Pp3c13_5930V3.1"  "Pp3c13_6570V3.1"  "Pp3c13_6640V3.1"  "Pp3c13_7010V3.1"  "Pp3c13_11720V3.1"
+ [625] "Pp3c13_12890V3.1" "Pp3c13_13170V3.1" "Pp3c13_14980V3.1" "Pp3c13_15460V3.1" "Pp3c13_15910V3.1" "Pp3c13_16600V3.1"
+ [631] "Pp3c13_16610V3.1" "Pp3c13_16620V3.1" "Pp3c13_16980V3.1" "Pp3c13_17460V3.1" "Pp3c13_17480V3.1" "Pp3c13_17650V3.1"
+ [637] "Pp3c13_19580V3.1" "Pp3c13_20140V3.1" "Pp3c13_20160V3.1" "Pp3c13_20480V3.1" "Pp3c13_20590V3.1" "Pp3c13_20650V3.1"
+ [643] "Pp3c13_20970V3.1" "Pp3c13_21050V3.1" "Pp3c13_21520V3.1" "Pp3c13_21590V3.1" "Pp3c13_22200V3.1" "Pp3c13_22750V3.1"
+ [649] "Pp3c13_23580V3.1" "Pp3c13_23660V3.1" "Pp3c13_23930V3.1" "Pp3c13_24050V3.1" "Pp3c13_24590V3.1" "Pp3c14_380V3.1"  
+ [655] "Pp3c14_1200V3.1"  "Pp3c14_1230V3.1"  "Pp3c14_2960V3.1"  "Pp3c14_3220V3.1"  "Pp3c14_3550V3.1"  "Pp3c14_4320V3.1" 
+ [661] "Pp3c14_4330V3.1"  "Pp3c14_4440V3.1"  "Pp3c14_5560V3.1"  "Pp3c14_6460V3.1"  "Pp3c14_6710V3.1"  "Pp3c14_7160V3.1" 
+ [667] "Pp3c14_7930V3.1"  "Pp3c14_7960V3.1"  "Pp3c14_8650V3.1"  "Pp3c14_8740V3.1"  "Pp3c14_8940V3.1"  "Pp3c14_9180V3.1" 
+ [673] "Pp3c14_10900V3.1" "Pp3c14_10930V3.1" "Pp3c14_12270V3.1" "Pp3c14_12850V3.1" "Pp3c14_14170V3.1" "Pp3c14_14450V3.1"
+ [679] "Pp3c14_14570V3.1" "Pp3c14_15560V3.1" "Pp3c14_19730V3.1" "Pp3c14_20450V3.1" "Pp3c14_20468V3.1" "Pp3c14_20830V3.1"
+ [685] "Pp3c14_21050V3.1" "Pp3c14_21300V3.1" "Pp3c14_22870V3.1" "Pp3c14_24370V3.1" "Pp3c14_25550V3.1" "Pp3c14_26600V3.1"
+ [691] "Pp3c15_750V3.1"   "Pp3c15_830V3.1"   "Pp3c15_1630V3.1"  "Pp3c15_4960V3.1"  "Pp3c15_5030V3.1"  "Pp3c15_5450V3.1" 
+ [697] "Pp3c15_5610V3.1"  "Pp3c15_5850V3.1"  "Pp3c15_6160V3.1"  "Pp3c15_6210V3.1"  "Pp3c15_6290V3.1"  "Pp3c15_6920V3.1" 
+ [703] "Pp3c15_7930V3.1"  "Pp3c15_10370V3.1" "Pp3c15_10670V3.1" "Pp3c15_11070V3.1" "Pp3c15_11500V3.1" "Pp3c15_11580V3.1"
+ [709] "Pp3c15_12110V3.1" "Pp3c15_12230V3.1" "Pp3c15_12410V3.1" "Pp3c15_13040V3.1" "Pp3c15_13550V3.1" "Pp3c15_15020V3.1"
+ [715] "Pp3c15_15470V3.1" "Pp3c15_17530V3.1" "Pp3c15_17560V3.1" "Pp3c15_18290V3.1" "Pp3c15_18500V3.1" "Pp3c15_19180V3.1"
+ [721] "Pp3c15_19390V3.1" "Pp3c15_19890V3.1" "Pp3c15_19950V3.1" "Pp3c15_20200V3.1" "Pp3c15_21760V3.1" "Pp3c15_22920V3.1"
+ [727] "Pp3c15_23370V3.1" "Pp3c15_23580V3.1" "Pp3c15_24070V3.1" "Pp3c15_25660V3.1" "Pp3c16_550V3.1"   "Pp3c16_630V3.1"  
+ [733] "Pp3c16_1440V3.1"  "Pp3c16_2080V3.1"  "Pp3c16_3770V3.1"  "Pp3c16_4060V3.1"  "Pp3c16_4400V3.1"  "Pp3c16_4520V3.1" 
+ [739] "Pp3c16_4550V3.1"  "Pp3c16_5650V3.1"  "Pp3c16_6100V3.1"  "Pp3c16_6440V3.1"  "Pp3c16_6730V3.1"  "Pp3c16_7230V3.1" 
+ [745] "Pp3c16_7610V3.1"  "Pp3c16_7930V3.1"  "Pp3c16_8090V3.1"  "Pp3c16_9600V3.1"  "Pp3c16_11020V3.1" "Pp3c16_11400V3.1"
+ [751] "Pp3c16_11740V3.1" "Pp3c16_11960V3.1" "Pp3c16_12660V3.1" "Pp3c16_14220V3.1" "Pp3c16_14400V3.1" "Pp3c16_15000V3.1"
+ [757] "Pp3c16_15130V3.1" "Pp3c16_15230V3.1" "Pp3c16_15270V3.1" "Pp3c16_15490V3.1" "Pp3c16_15880V3.1" "Pp3c16_16040V3.1"
+ [763] "Pp3c16_17390V3.1" "Pp3c16_18060V3.1" "Pp3c16_18760V3.1" "Pp3c16_19110V3.1" "Pp3c16_19690V3.1" "Pp3c16_19830V3.1"
+ [769] "Pp3c16_20090V3.1" "Pp3c16_21250V3.1" "Pp3c16_21290V3.1" "Pp3c16_21440V3.1" "Pp3c16_22268V3.1" "Pp3c16_22280V3.1"
+ [775] "Pp3c16_22330V3.1" "Pp3c16_22550V3.1" "Pp3c16_23780V3.1" "Pp3c16_24530V3.1" "Pp3c16_25330V3.1" "Pp3c16_25860V3.1"
+ [781] "Pp3c17_1110V3.1"  "Pp3c17_2850V3.1"  "Pp3c17_3610V3.1"  "Pp3c17_3880V3.1"  "Pp3c17_4440V3.1"  "Pp3c17_5070V3.1" 
+ [787] "Pp3c17_5160V3.1"  "Pp3c17_5320V3.1"  "Pp3c17_5760V3.1"  "Pp3c17_6970V3.1"  "Pp3c17_7080V3.1"  "Pp3c17_7790V3.1" 
+ [793] "Pp3c17_7890V3.1"  "Pp3c17_7930V3.1"  "Pp3c17_9430V3.1"  "Pp3c17_10590V3.1" "Pp3c17_11030V3.1" "Pp3c17_13070V3.1"
+ [799] "Pp3c17_13350V3.1" "Pp3c17_13420V3.1" "Pp3c17_13940V3.1" "Pp3c17_14230V3.1" "Pp3c17_14330V3.1" "Pp3c17_14590V3.1"
+ [805] "Pp3c17_14680V3.1" "Pp3c17_15140V3.1" "Pp3c17_15760V3.1" "Pp3c17_17300V3.1" "Pp3c17_17870V3.1" "Pp3c17_17940V3.1"
+ [811] "Pp3c17_18100V3.1" "Pp3c17_18130V3.1" "Pp3c17_18190V3.1" "Pp3c17_19710V3.1" "Pp3c17_20120V3.1" "Pp3c17_23180V3.1"
+ [817] "Pp3c17_23480V3.1" "Pp3c18_170V3.1"   "Pp3c18_1950V3.1"  "Pp3c18_2070V3.1"  "Pp3c18_3810V3.1"  "Pp3c18_4320V3.1" 
+ [823] "Pp3c18_4730V3.1"  "Pp3c18_4890V3.1"  "Pp3c18_5120V3.1"  "Pp3c18_5280V3.1"  "Pp3c18_6160V3.1"  "Pp3c18_6770V3.1" 
+ [829] "Pp3c18_6780V3.1"  "Pp3c18_7120V3.1"  "Pp3c18_8100V3.1"  "Pp3c18_8240V3.1"  "Pp3c18_8320V3.1"  "Pp3c18_9360V3.1" 
+ [835] "Pp3c18_9840V3.1"  "Pp3c18_10000V3.1" "Pp3c18_10570V3.1" "Pp3c18_10680V3.1" "Pp3c18_10730V3.1" "Pp3c18_10760V3.1"
+ [841] "Pp3c18_10780V3.1" "Pp3c18_11000V3.1" "Pp3c18_11020V3.1" "Pp3c18_11190V3.1" "Pp3c18_11990V3.1" "Pp3c18_13090V3.1"
+ [847] "Pp3c18_13590V3.1" "Pp3c18_14350V3.1" "Pp3c18_14610V3.1" "Pp3c18_14630V3.1" "Pp3c18_14870V3.1" "Pp3c18_17330V3.1"
+ [853] "Pp3c18_17950V3.1" "Pp3c18_18400V3.1" "Pp3c18_18430V3.1" "Pp3c18_20850V3.1" "Pp3c18_21050V3.1" "Pp3c18_21650V3.1"
+ [859] "Pp3c19_1590V3.1"  "Pp3c19_1710V3.1"  "Pp3c19_1860V3.1"  "Pp3c19_3190V3.1"  "Pp3c19_3740V3.1"  "Pp3c19_3750V3.1" 
+ [865] "Pp3c19_3840V3.1"  "Pp3c19_3900V3.1"  "Pp3c19_4313V3.1"  "Pp3c19_4760V3.1"  "Pp3c19_5170V3.1"  "Pp3c19_6660V3.1" 
+ [871] "Pp3c19_6710V3.1"  "Pp3c19_7430V3.1"  "Pp3c19_7710V3.1"  "Pp3c19_8410V3.1"  "Pp3c19_9000V3.1"  "Pp3c19_11440V3.1"
+ [877] "Pp3c19_11600V3.1" "Pp3c19_12890V3.1" "Pp3c19_14070V3.1" "Pp3c19_14760V3.1" "Pp3c19_15460V3.1" "Pp3c19_15590V3.1"
+ [883] "Pp3c19_16810V3.1" "Pp3c19_16860V3.1" "Pp3c19_17230V3.1" "Pp3c19_17570V3.1" "Pp3c19_18700V3.1" "Pp3c19_19100V3.1"
+ [889] "Pp3c19_20060V3.1" "Pp3c19_20120V3.1" "Pp3c19_20270V3.1" "Pp3c19_20840V3.1" "Pp3c19_20870V3.1" "Pp3c19_20900V3.1"
+ [895] "Pp3c19_21160V3.1" "Pp3c19_22060V3.1" "Pp3c19_23170V3.1" "Pp3c20_640V3.1"   "Pp3c20_760V3.1"   "Pp3c20_1440V3.1" 
+ [901] "Pp3c20_1560V3.1"  "Pp3c20_1940V3.1"  "Pp3c20_2280V3.1"  "Pp3c20_2470V3.1"  "Pp3c20_3460V3.1"  "Pp3c20_3750V3.1" 
+ [907] "Pp3c20_3770V3.1"  "Pp3c20_4880V3.1"  "Pp3c20_4990V3.1"  "Pp3c20_7860V3.1"  "Pp3c20_8210V3.1"  "Pp3c20_8630V3.1" 
+ [913] "Pp3c20_8650V3.1"  "Pp3c20_8770V3.1"  "Pp3c20_8810V3.1"  "Pp3c20_8830V3.1"  "Pp3c20_9200V3.1"  "Pp3c20_11510V3.1"
+ [919] "Pp3c20_12850V3.1" "Pp3c20_12980V3.1" "Pp3c20_13120V3.1" "Pp3c20_13320V3.1" "Pp3c20_15350V3.1" "Pp3c20_15780V3.1"
+ [925] "Pp3c20_16950V3.1" "Pp3c20_17310V3.1" "Pp3c20_20860V3.1" "Pp3c20_21990V3.1" "Pp3c20_22080V3.1" "Pp3c20_22510V3.1"
+ [931] "Pp3c20_22930V3.1" "Pp3c20_23180V3.1" "Pp3c20_23430V3.1" "Pp3c20_23560V3.1" "Pp3c21_880V3.1"   "Pp3c21_1380V3.1" 
+ [937] "Pp3c21_3850V3.1"  "Pp3c21_3950V3.1"  "Pp3c21_4230V3.1"  "Pp3c21_5150V3.1"  "Pp3c21_6390V3.1"  "Pp3c21_6450V3.1" 
+ [943] "Pp3c21_7310V3.1"  "Pp3c21_8800V3.1"  "Pp3c21_9020V3.1"  "Pp3c21_9440V3.1"  "Pp3c21_9830V3.1"  "Pp3c21_9970V3.1" 
+ [949] "Pp3c21_9980V3.1"  "Pp3c21_10290V3.1" "Pp3c21_10470V3.1" "Pp3c21_10640V3.1" "Pp3c21_11130V3.1" "Pp3c21_12100V3.1"
+ [955] "Pp3c21_14450V3.1" "Pp3c21_14540V3.1" "Pp3c21_14670V3.1" "Pp3c21_15220V3.1" "Pp3c21_16093V3.1" "Pp3c21_16111V3.1"
+ [961] "Pp3c21_16170V3.1" "Pp3c21_17930V3.1" "Pp3c21_18550V3.1" "Pp3c21_19080V3.1" "Pp3c21_20040V3.1" "Pp3c21_21410V3.1"
+ [967] "Pp3c22_540V3.1"   "Pp3c22_1680V3.1"  "Pp3c22_3200V3.1"  "Pp3c22_3910V3.1"  "Pp3c22_5030V3.1"  "Pp3c22_5210V3.1" 
+ [973] "Pp3c22_5470V3.1"  "Pp3c22_5530V3.1"  "Pp3c22_5610V3.1"  "Pp3c22_6380V3.1"  "Pp3c22_6430V3.1"  "Pp3c22_7050V3.1" 
+ [979] "Pp3c22_7390V3.1"  "Pp3c22_7400V3.1"  "Pp3c22_7690V3.1"  "Pp3c22_8440V3.1"  "Pp3c22_8470V3.1"  "Pp3c22_8640V3.1" 
+ [985] "Pp3c22_9200V3.1"  "Pp3c22_9450V3.1"  "Pp3c22_9700V3.1"  "Pp3c22_10620V3.1" "Pp3c22_11700V3.1" "Pp3c22_12550V3.1"
+ [991] "Pp3c22_12920V3.1" "Pp3c22_13680V3.1" "Pp3c22_13920V3.1" "Pp3c22_14530V3.1" "Pp3c22_14940V3.1" "Pp3c22_15040V3.1"
+ [997] "Pp3c22_15530V3.1" "Pp3c22_17810V3.1" "Pp3c22_21110V3.1" "Pp3c22_21630V3.1"
+ [ reached getOption("max.print") -- omitted 129 entries ]
+[1] "DEGs intersection with direction check"
+[1] 1129
+   [1] "Pp3c1_430V3.1"    "Pp3c1_1330V3.1"   "Pp3c1_2210V3.1"   "Pp3c1_3040V3.1"   "Pp3c1_3300V3.1"   "Pp3c1_3610V3.1"  
+   [7] "Pp3c1_4470V3.1"   "Pp3c1_6272V3.1"   "Pp3c1_6640V3.1"   "Pp3c1_7380V3.1"   "Pp3c1_7450V3.1"   "Pp3c1_8490V3.1"  
+  [13] "Pp3c1_9600V3.1"   "Pp3c1_10000V3.1"  "Pp3c1_10970V3.1"  "Pp3c1_12020V3.1"  "Pp3c1_12860V3.1"  "Pp3c1_13830V3.1" 
+  [19] "Pp3c1_13930V3.1"  "Pp3c1_14230V3.1"  "Pp3c1_14250V3.1"  "Pp3c1_14380V3.1"  "Pp3c1_17870V3.1"  "Pp3c1_19060V3.1" 
+  [25] "Pp3c1_19190V3.1"  "Pp3c1_19210V3.1"  "Pp3c1_20700V3.1"  "Pp3c1_20960V3.1"  "Pp3c1_20980V3.1"  "Pp3c1_21400V3.1" 
+  [31] "Pp3c1_21540V3.1"  "Pp3c1_21890V3.1"  "Pp3c1_22120V3.1"  "Pp3c1_22640V3.1"  "Pp3c1_23000V3.1"  "Pp3c1_23300V3.1" 
+  [37] "Pp3c1_24000V3.1"  "Pp3c1_24350V3.1"  "Pp3c1_24440V3.1"  "Pp3c1_24570V3.1"  "Pp3c1_24790V3.1"  "Pp3c1_25080V3.1" 
+  [43] "Pp3c1_25290V3.1"  "Pp3c1_25700V3.1"  "Pp3c1_25850V3.1"  "Pp3c1_26720V3.1"  "Pp3c1_27270V3.1"  "Pp3c1_27630V3.1" 
+  [49] "Pp3c1_27990V3.1"  "Pp3c1_28110V3.1"  "Pp3c1_28340V3.1"  "Pp3c1_28680V3.1"  "Pp3c1_29300V3.1"  "Pp3c1_29700V3.1" 
+  [55] "Pp3c1_30410V3.1"  "Pp3c1_30790V3.1"  "Pp3c1_31440V3.1"  "Pp3c1_31540V3.1"  "Pp3c1_31680V3.1"  "Pp3c1_32910V3.1" 
+  [61] "Pp3c1_33460V3.1"  "Pp3c1_34020V3.1"  "Pp3c1_34240V3.1"  "Pp3c1_34950V3.1"  "Pp3c1_35321V3.1"  "Pp3c1_35330V3.1" 
+  [67] "Pp3c1_37550V3.1"  "Pp3c1_39760V3.1"  "Pp3c1_40040V3.1"  "Pp3c1_40350V3.1"  "Pp3c1_40570V3.1"  "Pp3c1_41090V3.1" 
+  [73] "Pp3c1_42760V3.1"  "Pp3c2_1330V3.1"   "Pp3c2_1570V3.1"   "Pp3c2_2070V3.1"   "Pp3c2_2220V3.1"   "Pp3c2_2310V3.1"  
+  [79] "Pp3c2_2520V3.1"   "Pp3c2_4250V3.1"   "Pp3c2_4490V3.1"   "Pp3c2_4940V3.1"   "Pp3c2_6690V3.1"   "Pp3c2_6710V3.1"  
+  [85] "Pp3c2_7230V3.1"   "Pp3c2_7790V3.1"   "Pp3c2_7940V3.1"   "Pp3c2_8099V3.1"   "Pp3c2_10130V3.1"  "Pp3c2_10920V3.1" 
+  [91] "Pp3c2_11410V3.1"  "Pp3c2_13270V3.1"  "Pp3c2_13450V3.1"  "Pp3c2_13670V3.1"  "Pp3c2_13790V3.1"  "Pp3c2_14090V3.1" 
+  [97] "Pp3c2_14160V3.1"  "Pp3c2_15140V3.1"  "Pp3c2_17110V3.1"  "Pp3c2_17290V3.1"  "Pp3c2_17700V3.1"  "Pp3c2_17900V3.1" 
+ [103] "Pp3c2_18870V3.1"  "Pp3c2_19570V3.1"  "Pp3c2_19980V3.1"  "Pp3c2_20840V3.1"  "Pp3c2_21710V3.1"  "Pp3c2_21940V3.1" 
+ [109] "Pp3c2_22020V3.1"  "Pp3c2_24620V3.1"  "Pp3c2_25580V3.1"  "Pp3c2_25720V3.1"  "Pp3c2_25890V3.1"  "Pp3c2_25930V3.1" 
+ [115] "Pp3c2_26700V3.1"  "Pp3c2_26720V3.1"  "Pp3c2_27330V3.1"  "Pp3c2_28140V3.1"  "Pp3c2_30370V3.1"  "Pp3c2_30620V3.1" 
+ [121] "Pp3c2_31200V3.1"  "Pp3c2_31920V3.1"  "Pp3c2_31970V3.1"  "Pp3c2_32400V3.1"  "Pp3c2_33800V3.1"  "Pp3c2_33980V3.1" 
+ [127] "Pp3c2_34270V3.1"  "Pp3c2_34390V3.1"  "Pp3c2_34670V3.1"  "Pp3c2_35010V3.1"  "Pp3c2_35200V3.1"  "Pp3c2_35740V3.1" 
+ [133] "Pp3c2_37670V3.1"  "Pp3c2_37900V3.1"  "Pp3c3_240V3.1"    "Pp3c3_810V3.1"    "Pp3c3_1090V3.1"   "Pp3c3_2980V3.1"  
+ [139] "Pp3c3_3450V3.1"   "Pp3c3_4970V3.1"   "Pp3c3_5420V3.1"   "Pp3c3_5570V3.1"   "Pp3c3_5620V3.1"   "Pp3c3_5720V3.1"  
+ [145] "Pp3c3_7460V3.1"   "Pp3c3_8370V3.1"   "Pp3c3_8540V3.1"   "Pp3c3_9740V3.1"   "Pp3c3_10350V3.1"  "Pp3c3_10940V3.1" 
+ [151] "Pp3c3_11690V3.1"  "Pp3c3_11730V3.1"  "Pp3c3_11830V3.1"  "Pp3c3_11840V3.1"  "Pp3c3_12510V3.1"  "Pp3c3_12560V3.1" 
+ [157] "Pp3c3_12890V3.1"  "Pp3c3_13550V3.1"  "Pp3c3_14139V3.1"  "Pp3c3_14930V3.1"  "Pp3c3_15040V3.1"  "Pp3c3_15360V3.1" 
+ [163] "Pp3c3_17207V3.1"  "Pp3c3_17260V3.1"  "Pp3c3_17340V3.1"  "Pp3c3_18750V3.1"  "Pp3c3_19490V3.1"  "Pp3c3_20980V3.1" 
+ [169] "Pp3c3_21060V3.1"  "Pp3c3_22990V3.1"  "Pp3c3_23880V3.1"  "Pp3c3_25260V3.1"  "Pp3c3_25610V3.1"  "Pp3c3_26530V3.1" 
+ [175] "Pp3c3_26540V3.1"  "Pp3c3_26890V3.1"  "Pp3c3_27280V3.1"  "Pp3c3_27900V3.1"  "Pp3c3_28050V3.1"  "Pp3c3_28120V3.1" 
+ [181] "Pp3c3_28310V3.1"  "Pp3c3_28810V3.1"  "Pp3c3_29330V3.1"  "Pp3c3_30330V3.1"  "Pp3c3_32230V3.1"  "Pp3c3_32790V3.1" 
+ [187] "Pp3c3_34050V3.1"  "Pp3c3_34460V3.1"  "Pp3c3_35850V3.1"  "Pp3c3_36180V3.1"  "Pp3c3_37540V3.1"  "Pp3c4_1240V3.1"  
+ [193] "Pp3c4_1261V3.1"   "Pp3c4_1490V3.1"   "Pp3c4_3170V3.1"   "Pp3c4_3190V3.1"   "Pp3c4_3490V3.1"   "Pp3c4_3720V3.1"  
+ [199] "Pp3c4_3930V3.1"   "Pp3c4_3950V3.1"   "Pp3c4_4820V3.1"   "Pp3c4_5090V3.1"   "Pp3c4_5170V3.1"   "Pp3c4_5680V3.1"  
+ [205] "Pp3c4_5690V3.1"   "Pp3c4_6260V3.1"   "Pp3c4_6500V3.1"   "Pp3c4_6830V3.1"   "Pp3c4_7300V3.1"   "Pp3c4_7960V3.1"  
+ [211] "Pp3c4_8171V3.1"   "Pp3c4_8470V3.1"   "Pp3c4_9670V3.1"   "Pp3c4_10140V3.1"  "Pp3c4_10695V3.1"  "Pp3c4_10780V3.1" 
+ [217] "Pp3c4_11180V3.1"  "Pp3c4_11490V3.1"  "Pp3c4_11800V3.1"  "Pp3c4_11860V3.1"  "Pp3c4_12160V3.1"  "Pp3c4_14550V3.1" 
+ [223] "Pp3c4_15230V3.1"  "Pp3c4_15470V3.1"  "Pp3c4_16570V3.1"  "Pp3c4_17170V3.1"  "Pp3c4_17240V3.1"  "Pp3c4_17920V3.1" 
+ [229] "Pp3c4_19340V3.1"  "Pp3c4_19720V3.1"  "Pp3c4_20080V3.1"  "Pp3c4_20740V3.1"  "Pp3c4_22510V3.1"  "Pp3c4_23110V3.1" 
+ [235] "Pp3c4_23170V3.1"  "Pp3c4_23200V3.1"  "Pp3c4_24130V3.1"  "Pp3c4_25090V3.1"  "Pp3c4_25180V3.1"  "Pp3c4_25460V3.1" 
+ [241] "Pp3c4_25980V3.1"  "Pp3c4_26620V3.1"  "Pp3c4_26900V3.1"  "Pp3c4_26990V3.1"  "Pp3c4_28370V3.1"  "Pp3c4_29000V3.1" 
+ [247] "Pp3c4_29200V3.1"  "Pp3c4_30220V3.1"  "Pp3c4_30520V3.1"  "Pp3c4_30530V3.1"  "Pp3c4_30547V3.1"  "Pp3c4_30870V3.1" 
+ [253] "Pp3c4_30950V3.1"  "Pp3c4_31590V3.1"  "Pp3c4_31920V3.1"  "Pp3c5_200V3.1"    "Pp3c5_570V3.1"    "Pp3c5_690V3.1"   
+ [259] "Pp3c5_880V3.1"    "Pp3c5_960V3.1"    "Pp3c5_1370V3.1"   "Pp3c5_1800V3.1"   "Pp3c5_2900V3.1"   "Pp3c5_3300V3.1"  
+ [265] "Pp3c5_3660V3.1"   "Pp3c5_4140V3.1"   "Pp3c5_4230V3.1"   "Pp3c5_5090V3.1"   "Pp3c5_5150V3.1"   "Pp3c5_6270V3.1"  
+ [271] "Pp3c5_6300V3.1"   "Pp3c5_7570V3.1"   "Pp3c5_7810V3.1"   "Pp3c5_7940V3.1"   "Pp3c5_8210V3.1"   "Pp3c5_8240V3.1"  
+ [277] "Pp3c5_8580V3.1"   "Pp3c5_9420V3.1"   "Pp3c5_9550V3.1"   "Pp3c5_9590V3.1"   "Pp3c5_10250V3.1"  "Pp3c5_10730V3.1" 
+ [283] "Pp3c5_11880V3.1"  "Pp3c5_12180V3.1"  "Pp3c5_12420V3.1"  "Pp3c5_13280V3.1"  "Pp3c5_13360V3.1"  "Pp3c5_14810V3.1" 
+ [289] "Pp3c5_15580V3.1"  "Pp3c5_16520V3.1"  "Pp3c5_16770V3.1"  "Pp3c5_19200V3.1"  "Pp3c5_19220V3.1"  "Pp3c5_19300V3.1" 
+ [295] "Pp3c5_19460V3.1"  "Pp3c5_19770V3.1"  "Pp3c5_19860V3.1"  "Pp3c5_20690V3.1"  "Pp3c5_20920V3.1"  "Pp3c5_21520V3.1" 
+ [301] "Pp3c5_21630V3.1"  "Pp3c5_22420V3.1"  "Pp3c5_24610V3.1"  "Pp3c5_25250V3.1"  "Pp3c5_25650V3.1"  "Pp3c5_28350V3.1" 
+ [307] "Pp3c6_80V3.1"     "Pp3c6_130V3.1"    "Pp3c6_180V3.1"    "Pp3c6_200V3.1"    "Pp3c6_1620V3.1"   "Pp3c6_2090V3.1"  
+ [313] "Pp3c6_3770V3.1"   "Pp3c6_3810V3.1"   "Pp3c6_4360V3.1"   "Pp3c6_5150V3.1"   "Pp3c6_5290V3.1"   "Pp3c6_5340V3.1"  
+ [319] "Pp3c6_6340V3.1"   "Pp3c6_6560V3.1"   "Pp3c6_6610V3.1"   "Pp3c6_9090V3.1"   "Pp3c6_10040V3.1"  "Pp3c6_10610V3.1" 
+ [325] "Pp3c6_11070V3.1"  "Pp3c6_11980V3.1"  "Pp3c6_12142V3.1"  "Pp3c6_12510V3.1"  "Pp3c6_12570V3.1"  "Pp3c6_12850V3.1" 
+ [331] "Pp3c6_14750V3.1"  "Pp3c6_14880V3.1"  "Pp3c6_15020V3.1"  "Pp3c6_15170V3.1"  "Pp3c6_15280V3.1"  "Pp3c6_15360V3.1" 
+ [337] "Pp3c6_16970V3.1"  "Pp3c6_18710V3.1"  "Pp3c6_19150V3.1"  "Pp3c6_20300V3.1"  "Pp3c6_20610V3.1"  "Pp3c6_20660V3.1" 
+ [343] "Pp3c6_20944V3.1"  "Pp3c6_20960V3.1"  "Pp3c6_21160V3.1"  "Pp3c6_21940V3.1"  "Pp3c6_22710V3.1"  "Pp3c6_22780V3.1" 
+ [349] "Pp3c6_23040V3.1"  "Pp3c6_23490V3.1"  "Pp3c6_23830V3.1"  "Pp3c6_24510V3.1"  "Pp3c6_26460V3.1"  "Pp3c6_26510V3.1" 
+ [355] "Pp3c6_26514V3.1"  "Pp3c7_200V3.1"    "Pp3c7_650V3.1"    "Pp3c7_1410V3.1"   "Pp3c7_3310V3.1"   "Pp3c7_3320V3.1"  
+ [361] "Pp3c7_4820V3.1"   "Pp3c7_5230V3.1"   "Pp3c7_5800V3.1"   "Pp3c7_6450V3.1"   "Pp3c7_7269V3.1"   "Pp3c7_7830V3.1"  
+ [367] "Pp3c7_7930V3.1"   "Pp3c7_10610V3.1"  "Pp3c7_12150V3.1"  "Pp3c7_12850V3.1"  "Pp3c7_13080V3.1"  "Pp3c7_13140V3.1" 
+ [373] "Pp3c7_13580V3.1"  "Pp3c7_14220V3.1"  "Pp3c7_14300V3.1"  "Pp3c7_14650V3.1"  "Pp3c7_14800V3.1"  "Pp3c7_15530V3.1" 
+ [379] "Pp3c7_15700V3.1"  "Pp3c7_15760V3.1"  "Pp3c7_16750V3.1"  "Pp3c7_18311V3.1"  "Pp3c7_18930V3.1"  "Pp3c7_19260V3.1" 
+ [385] "Pp3c7_20010V3.1"  "Pp3c7_20320V3.1"  "Pp3c7_20852V3.1"  "Pp3c7_21310V3.1"  "Pp3c7_22090V3.1"  "Pp3c7_22640V3.1" 
+ [391] "Pp3c7_23680V3.1"  "Pp3c7_23810V3.1"  "Pp3c7_24650V3.1"  "Pp3c7_25280V3.1"  "Pp3c7_25640V3.1"  "Pp3c7_26760V3.1" 
+ [397] "Pp3c8_970V3.1"    "Pp3c8_1800V3.1"   "Pp3c8_1940V3.1"   "Pp3c8_2480V3.1"   "Pp3c8_3050V3.1"   "Pp3c8_3520V3.1"  
+ [403] "Pp3c8_3600V3.1"   "Pp3c8_3810V3.1"   "Pp3c8_4810V3.1"   "Pp3c8_5510V3.1"   "Pp3c8_6239V3.1"   "Pp3c8_6290V3.1"  
+ [409] "Pp3c8_6520V3.1"   "Pp3c8_7520V3.1"   "Pp3c8_7680V3.1"   "Pp3c8_8720V3.1"   "Pp3c8_9230V3.1"   "Pp3c8_10910V3.1" 
+ [415] "Pp3c8_11120V3.1"  "Pp3c8_11160V3.1"  "Pp3c8_11720V3.1"  "Pp3c8_13280V3.1"  "Pp3c8_13540V3.1"  "Pp3c8_13570V3.1" 
+ [421] "Pp3c8_13580V3.1"  "Pp3c8_13930V3.1"  "Pp3c8_14130V3.1"  "Pp3c8_15360V3.1"  "Pp3c8_15470V3.1"  "Pp3c8_15610V3.1" 
+ [427] "Pp3c8_16580V3.1"  "Pp3c8_16670V3.1"  "Pp3c8_16760V3.1"  "Pp3c8_17140V3.1"  "Pp3c8_17430V3.1"  "Pp3c8_17810V3.1" 
+ [433] "Pp3c8_17920V3.1"  "Pp3c8_17940V3.1"  "Pp3c8_18880V3.1"  "Pp3c8_18910V3.1"  "Pp3c8_18990V3.1"  "Pp3c8_19800V3.1" 
+ [439] "Pp3c8_20410V3.1"  "Pp3c8_20549V3.1"  "Pp3c8_21260V3.1"  "Pp3c8_21600V3.1"  "Pp3c8_21720V3.1"  "Pp3c8_21760V3.1" 
+ [445] "Pp3c8_21770V3.1"  "Pp3c8_21780V3.1"  "Pp3c8_22100V3.1"  "Pp3c8_24120V3.1"  "Pp3c8_24650V3.1"  "Pp3c8_24880V3.1" 
+ [451] "Pp3c8_25010V3.1"  "Pp3c9_1480V3.1"   "Pp3c9_2020V3.1"   "Pp3c9_2280V3.1"   "Pp3c9_3300V3.1"   "Pp3c9_3440V3.1"  
+ [457] "Pp3c9_4460V3.1"   "Pp3c9_5280V3.1"   "Pp3c9_5310V3.1"   "Pp3c9_5710V3.1"   "Pp3c9_6250V3.1"   "Pp3c9_6540V3.1"  
+ [463] "Pp3c9_7400V3.1"   "Pp3c9_7970V3.1"   "Pp3c9_9200V3.1"   "Pp3c9_9380V3.1"   "Pp3c9_11060V3.1"  "Pp3c9_12590V3.1" 
+ [469] "Pp3c9_14600V3.1"  "Pp3c9_14900V3.1"  "Pp3c9_18350V3.1"  "Pp3c9_18850V3.1"  "Pp3c9_19040V3.1"  "Pp3c9_19520V3.1" 
+ [475] "Pp3c9_20170V3.1"  "Pp3c9_21290V3.1"  "Pp3c9_21830V3.1"  "Pp3c9_24180V3.1"  "Pp3c9_24710V3.1"  "Pp3c9_24840V3.1" 
+ [481] "Pp3c9_25200V3.1"  "Pp3c9_25700V3.1"  "Pp3c9_25950V3.1"  "Pp3c10_300V3.1"   "Pp3c10_1790V3.1"  "Pp3c10_1870V3.1" 
+ [487] "Pp3c10_2340V3.1"  "Pp3c10_2350V3.1"  "Pp3c10_2381V3.1"  "Pp3c10_2540V3.1"  "Pp3c10_2940V3.1"  "Pp3c10_2970V3.1" 
+ [493] "Pp3c10_3170V3.1"  "Pp3c10_3320V3.1"  "Pp3c10_3950V3.1"  "Pp3c10_4420V3.1"  "Pp3c10_4440V3.1"  "Pp3c10_4900V3.1" 
+ [499] "Pp3c10_5201V3.1"  "Pp3c10_5660V3.1"  "Pp3c10_5750V3.1"  "Pp3c10_5790V3.1"  "Pp3c10_6410V3.1"  "Pp3c10_6880V3.1" 
+ [505] "Pp3c10_7340V3.1"  "Pp3c10_7580V3.1"  "Pp3c10_7690V3.1"  "Pp3c10_8000V3.1"  "Pp3c10_8980V3.1"  "Pp3c10_9270V3.1" 
+ [511] "Pp3c10_10220V3.1" "Pp3c10_10290V3.1" "Pp3c10_10490V3.1" "Pp3c10_10570V3.1" "Pp3c10_10600V3.1" "Pp3c10_10670V3.1"
+ [517] "Pp3c10_10980V3.1" "Pp3c10_11910V3.1" "Pp3c10_12560V3.1" "Pp3c10_13060V3.1" "Pp3c10_14590V3.1" "Pp3c10_14710V3.1"
+ [523] "Pp3c10_15390V3.1" "Pp3c10_16330V3.1" "Pp3c10_16800V3.1" "Pp3c10_18310V3.1" "Pp3c10_18330V3.1" "Pp3c10_18860V3.1"
+ [529] "Pp3c10_19570V3.1" "Pp3c10_20290V3.1" "Pp3c10_21250V3.1" "Pp3c10_21510V3.1" "Pp3c10_21530V3.1" "Pp3c10_21693V3.1"
+ [535] "Pp3c10_21790V3.1" "Pp3c10_23080V3.1" "Pp3c10_23130V3.1" "Pp3c10_23470V3.1" "Pp3c10_25371V3.1" "Pp3c10_25410V3.1"
+ [541] "Pp3c10_25450V3.1" "Pp3c10_25590V3.1" "Pp3c11_3710V3.1"  "Pp3c11_4100V3.1"  "Pp3c11_4850V3.1"  "Pp3c11_4920V3.1" 
+ [547] "Pp3c11_5590V3.1"  "Pp3c11_6140V3.1"  "Pp3c11_6700V3.1"  "Pp3c11_7910V3.1"  "Pp3c11_8450V3.1"  "Pp3c11_8510V3.1" 
+ [553] "Pp3c11_8680V3.1"  "Pp3c11_8730V3.1"  "Pp3c11_9560V3.1"  "Pp3c11_10680V3.1" "Pp3c11_11230V3.1" "Pp3c11_11630V3.1"
+ [559] "Pp3c11_12080V3.1" "Pp3c11_14140V3.1" "Pp3c11_14630V3.1" "Pp3c11_15220V3.1" "Pp3c11_15790V3.1" "Pp3c11_16051V3.1"
+ [565] "Pp3c11_18230V3.1" "Pp3c11_18280V3.1" "Pp3c11_19850V3.1" "Pp3c11_21460V3.1" "Pp3c11_21590V3.1" "Pp3c11_21830V3.1"
+ [571] "Pp3c11_22600V3.1" "Pp3c11_23140V3.1" "Pp3c11_23260V3.1" "Pp3c11_23950V3.1" "Pp3c11_24300V3.1" "Pp3c11_25970V3.1"
+ [577] "Pp3c11_26180V3.1" "Pp3c12_350V3.1"   "Pp3c12_1790V3.1"  "Pp3c12_1800V3.1"  "Pp3c12_4470V3.1"  "Pp3c12_7590V3.1" 
+ [583] "Pp3c12_8330V3.1"  "Pp3c12_8960V3.1"  "Pp3c12_8990V3.1"  "Pp3c12_9200V3.1"  "Pp3c12_9360V3.1"  "Pp3c12_9500V3.1" 
+ [589] "Pp3c12_10330V3.1" "Pp3c12_10360V3.1" "Pp3c12_10590V3.1" "Pp3c12_11230V3.1" "Pp3c12_11700V3.1" "Pp3c12_11880V3.1"
+ [595] "Pp3c12_13250V3.1" "Pp3c12_13600V3.1" "Pp3c12_13870V3.1" "Pp3c12_14210V3.1" "Pp3c12_14510V3.1" "Pp3c12_16150V3.1"
+ [601] "Pp3c12_16880V3.1" "Pp3c12_16890V3.1" "Pp3c12_17320V3.1" "Pp3c12_19890V3.1" "Pp3c12_21260V3.1" "Pp3c12_22320V3.1"
+ [607] "Pp3c12_22330V3.1" "Pp3c12_22830V3.1" "Pp3c12_23490V3.1" "Pp3c12_25230V3.1" "Pp3c12_25380V3.1" "Pp3c12_25460V3.1"
+ [613] "Pp3c13_300V3.1"   "Pp3c13_1540V3.1"  "Pp3c13_2000V3.1"  "Pp3c13_3830V3.1"  "Pp3c13_4010V3.1"  "Pp3c13_4300V3.1" 
+ [619] "Pp3c13_5750V3.1"  "Pp3c13_5930V3.1"  "Pp3c13_6570V3.1"  "Pp3c13_6640V3.1"  "Pp3c13_7010V3.1"  "Pp3c13_11720V3.1"
+ [625] "Pp3c13_12890V3.1" "Pp3c13_13170V3.1" "Pp3c13_14980V3.1" "Pp3c13_15460V3.1" "Pp3c13_15910V3.1" "Pp3c13_16600V3.1"
+ [631] "Pp3c13_16610V3.1" "Pp3c13_16620V3.1" "Pp3c13_16980V3.1" "Pp3c13_17460V3.1" "Pp3c13_17480V3.1" "Pp3c13_17650V3.1"
+ [637] "Pp3c13_19580V3.1" "Pp3c13_20140V3.1" "Pp3c13_20160V3.1" "Pp3c13_20480V3.1" "Pp3c13_20590V3.1" "Pp3c13_20650V3.1"
+ [643] "Pp3c13_20970V3.1" "Pp3c13_21050V3.1" "Pp3c13_21520V3.1" "Pp3c13_21590V3.1" "Pp3c13_22200V3.1" "Pp3c13_22750V3.1"
+ [649] "Pp3c13_23580V3.1" "Pp3c13_23660V3.1" "Pp3c13_23930V3.1" "Pp3c13_24050V3.1" "Pp3c13_24590V3.1" "Pp3c14_380V3.1"  
+ [655] "Pp3c14_1200V3.1"  "Pp3c14_1230V3.1"  "Pp3c14_2960V3.1"  "Pp3c14_3220V3.1"  "Pp3c14_3550V3.1"  "Pp3c14_4320V3.1" 
+ [661] "Pp3c14_4330V3.1"  "Pp3c14_4440V3.1"  "Pp3c14_5560V3.1"  "Pp3c14_6460V3.1"  "Pp3c14_6710V3.1"  "Pp3c14_7160V3.1" 
+ [667] "Pp3c14_7930V3.1"  "Pp3c14_7960V3.1"  "Pp3c14_8650V3.1"  "Pp3c14_8740V3.1"  "Pp3c14_8940V3.1"  "Pp3c14_9180V3.1" 
+ [673] "Pp3c14_10900V3.1" "Pp3c14_10930V3.1" "Pp3c14_12270V3.1" "Pp3c14_12850V3.1" "Pp3c14_14170V3.1" "Pp3c14_14450V3.1"
+ [679] "Pp3c14_14570V3.1" "Pp3c14_15560V3.1" "Pp3c14_19730V3.1" "Pp3c14_20450V3.1" "Pp3c14_20468V3.1" "Pp3c14_20830V3.1"
+ [685] "Pp3c14_21050V3.1" "Pp3c14_21300V3.1" "Pp3c14_22870V3.1" "Pp3c14_24370V3.1" "Pp3c14_25550V3.1" "Pp3c14_26600V3.1"
+ [691] "Pp3c15_750V3.1"   "Pp3c15_830V3.1"   "Pp3c15_1630V3.1"  "Pp3c15_4960V3.1"  "Pp3c15_5030V3.1"  "Pp3c15_5450V3.1" 
+ [697] "Pp3c15_5610V3.1"  "Pp3c15_5850V3.1"  "Pp3c15_6160V3.1"  "Pp3c15_6210V3.1"  "Pp3c15_6290V3.1"  "Pp3c15_6920V3.1" 
+ [703] "Pp3c15_7930V3.1"  "Pp3c15_10370V3.1" "Pp3c15_10670V3.1" "Pp3c15_11070V3.1" "Pp3c15_11500V3.1" "Pp3c15_11580V3.1"
+ [709] "Pp3c15_12110V3.1" "Pp3c15_12230V3.1" "Pp3c15_12410V3.1" "Pp3c15_13040V3.1" "Pp3c15_13550V3.1" "Pp3c15_15020V3.1"
+ [715] "Pp3c15_15470V3.1" "Pp3c15_17530V3.1" "Pp3c15_17560V3.1" "Pp3c15_18290V3.1" "Pp3c15_18500V3.1" "Pp3c15_19180V3.1"
+ [721] "Pp3c15_19390V3.1" "Pp3c15_19890V3.1" "Pp3c15_19950V3.1" "Pp3c15_20200V3.1" "Pp3c15_21760V3.1" "Pp3c15_22920V3.1"
+ [727] "Pp3c15_23370V3.1" "Pp3c15_23580V3.1" "Pp3c15_24070V3.1" "Pp3c15_25660V3.1" "Pp3c16_550V3.1"   "Pp3c16_630V3.1"  
+ [733] "Pp3c16_1440V3.1"  "Pp3c16_2080V3.1"  "Pp3c16_3770V3.1"  "Pp3c16_4060V3.1"  "Pp3c16_4400V3.1"  "Pp3c16_4520V3.1" 
+ [739] "Pp3c16_4550V3.1"  "Pp3c16_5650V3.1"  "Pp3c16_6100V3.1"  "Pp3c16_6440V3.1"  "Pp3c16_6730V3.1"  "Pp3c16_7230V3.1" 
+ [745] "Pp3c16_7610V3.1"  "Pp3c16_7930V3.1"  "Pp3c16_8090V3.1"  "Pp3c16_9600V3.1"  "Pp3c16_11020V3.1" "Pp3c16_11400V3.1"
+ [751] "Pp3c16_11740V3.1" "Pp3c16_11960V3.1" "Pp3c16_12660V3.1" "Pp3c16_14220V3.1" "Pp3c16_14400V3.1" "Pp3c16_15000V3.1"
+ [757] "Pp3c16_15130V3.1" "Pp3c16_15230V3.1" "Pp3c16_15270V3.1" "Pp3c16_15490V3.1" "Pp3c16_15880V3.1" "Pp3c16_16040V3.1"
+ [763] "Pp3c16_17390V3.1" "Pp3c16_18060V3.1" "Pp3c16_18760V3.1" "Pp3c16_19110V3.1" "Pp3c16_19690V3.1" "Pp3c16_19830V3.1"
+ [769] "Pp3c16_20090V3.1" "Pp3c16_21250V3.1" "Pp3c16_21290V3.1" "Pp3c16_21440V3.1" "Pp3c16_22268V3.1" "Pp3c16_22280V3.1"
+ [775] "Pp3c16_22330V3.1" "Pp3c16_22550V3.1" "Pp3c16_23780V3.1" "Pp3c16_24530V3.1" "Pp3c16_25330V3.1" "Pp3c16_25860V3.1"
+ [781] "Pp3c17_1110V3.1"  "Pp3c17_2850V3.1"  "Pp3c17_3610V3.1"  "Pp3c17_3880V3.1"  "Pp3c17_4440V3.1"  "Pp3c17_5070V3.1" 
+ [787] "Pp3c17_5160V3.1"  "Pp3c17_5320V3.1"  "Pp3c17_5760V3.1"  "Pp3c17_6970V3.1"  "Pp3c17_7080V3.1"  "Pp3c17_7790V3.1" 
+ [793] "Pp3c17_7890V3.1"  "Pp3c17_7930V3.1"  "Pp3c17_9430V3.1"  "Pp3c17_10590V3.1" "Pp3c17_11030V3.1" "Pp3c17_13070V3.1"
+ [799] "Pp3c17_13350V3.1" "Pp3c17_13420V3.1" "Pp3c17_13940V3.1" "Pp3c17_14230V3.1" "Pp3c17_14330V3.1" "Pp3c17_14590V3.1"
+ [805] "Pp3c17_14680V3.1" "Pp3c17_15140V3.1" "Pp3c17_15760V3.1" "Pp3c17_17300V3.1" "Pp3c17_17870V3.1" "Pp3c17_17940V3.1"
+ [811] "Pp3c17_18100V3.1" "Pp3c17_18130V3.1" "Pp3c17_18190V3.1" "Pp3c17_19710V3.1" "Pp3c17_20120V3.1" "Pp3c17_23180V3.1"
+ [817] "Pp3c17_23480V3.1" "Pp3c18_170V3.1"   "Pp3c18_1950V3.1"  "Pp3c18_2070V3.1"  "Pp3c18_3810V3.1"  "Pp3c18_4320V3.1" 
+ [823] "Pp3c18_4730V3.1"  "Pp3c18_4890V3.1"  "Pp3c18_5120V3.1"  "Pp3c18_5280V3.1"  "Pp3c18_6160V3.1"  "Pp3c18_6770V3.1" 
+ [829] "Pp3c18_6780V3.1"  "Pp3c18_7120V3.1"  "Pp3c18_8100V3.1"  "Pp3c18_8240V3.1"  "Pp3c18_8320V3.1"  "Pp3c18_9360V3.1" 
+ [835] "Pp3c18_9840V3.1"  "Pp3c18_10000V3.1" "Pp3c18_10570V3.1" "Pp3c18_10680V3.1" "Pp3c18_10730V3.1" "Pp3c18_10760V3.1"
+ [841] "Pp3c18_10780V3.1" "Pp3c18_11000V3.1" "Pp3c18_11020V3.1" "Pp3c18_11190V3.1" "Pp3c18_11990V3.1" "Pp3c18_13090V3.1"
+ [847] "Pp3c18_13590V3.1" "Pp3c18_14350V3.1" "Pp3c18_14610V3.1" "Pp3c18_14630V3.1" "Pp3c18_14870V3.1" "Pp3c18_17330V3.1"
+ [853] "Pp3c18_17950V3.1" "Pp3c18_18400V3.1" "Pp3c18_18430V3.1" "Pp3c18_20850V3.1" "Pp3c18_21050V3.1" "Pp3c18_21650V3.1"
+ [859] "Pp3c19_1590V3.1"  "Pp3c19_1710V3.1"  "Pp3c19_1860V3.1"  "Pp3c19_3190V3.1"  "Pp3c19_3740V3.1"  "Pp3c19_3750V3.1" 
+ [865] "Pp3c19_3840V3.1"  "Pp3c19_3900V3.1"  "Pp3c19_4313V3.1"  "Pp3c19_4760V3.1"  "Pp3c19_5170V3.1"  "Pp3c19_6660V3.1" 
+ [871] "Pp3c19_6710V3.1"  "Pp3c19_7430V3.1"  "Pp3c19_7710V3.1"  "Pp3c19_8410V3.1"  "Pp3c19_9000V3.1"  "Pp3c19_11440V3.1"
+ [877] "Pp3c19_11600V3.1" "Pp3c19_12890V3.1" "Pp3c19_14070V3.1" "Pp3c19_14760V3.1" "Pp3c19_15460V3.1" "Pp3c19_15590V3.1"
+ [883] "Pp3c19_16810V3.1" "Pp3c19_16860V3.1" "Pp3c19_17230V3.1" "Pp3c19_17570V3.1" "Pp3c19_18700V3.1" "Pp3c19_19100V3.1"
+ [889] "Pp3c19_20060V3.1" "Pp3c19_20120V3.1" "Pp3c19_20270V3.1" "Pp3c19_20840V3.1" "Pp3c19_20870V3.1" "Pp3c19_20900V3.1"
+ [895] "Pp3c19_21160V3.1" "Pp3c19_22060V3.1" "Pp3c19_23170V3.1" "Pp3c20_640V3.1"   "Pp3c20_760V3.1"   "Pp3c20_1440V3.1" 
+ [901] "Pp3c20_1560V3.1"  "Pp3c20_1940V3.1"  "Pp3c20_2280V3.1"  "Pp3c20_2470V3.1"  "Pp3c20_3460V3.1"  "Pp3c20_3750V3.1" 
+ [907] "Pp3c20_3770V3.1"  "Pp3c20_4880V3.1"  "Pp3c20_4990V3.1"  "Pp3c20_7860V3.1"  "Pp3c20_8210V3.1"  "Pp3c20_8630V3.1" 
+ [913] "Pp3c20_8650V3.1"  "Pp3c20_8770V3.1"  "Pp3c20_8810V3.1"  "Pp3c20_8830V3.1"  "Pp3c20_9200V3.1"  "Pp3c20_11510V3.1"
+ [919] "Pp3c20_12850V3.1" "Pp3c20_12980V3.1" "Pp3c20_13120V3.1" "Pp3c20_13320V3.1" "Pp3c20_15350V3.1" "Pp3c20_15780V3.1"
+ [925] "Pp3c20_16950V3.1" "Pp3c20_17310V3.1" "Pp3c20_20860V3.1" "Pp3c20_21990V3.1" "Pp3c20_22080V3.1" "Pp3c20_22510V3.1"
+ [931] "Pp3c20_22930V3.1" "Pp3c20_23180V3.1" "Pp3c20_23430V3.1" "Pp3c20_23560V3.1" "Pp3c21_880V3.1"   "Pp3c21_1380V3.1" 
+ [937] "Pp3c21_3850V3.1"  "Pp3c21_3950V3.1"  "Pp3c21_4230V3.1"  "Pp3c21_5150V3.1"  "Pp3c21_6390V3.1"  "Pp3c21_6450V3.1" 
+ [943] "Pp3c21_7310V3.1"  "Pp3c21_8800V3.1"  "Pp3c21_9020V3.1"  "Pp3c21_9440V3.1"  "Pp3c21_9830V3.1"  "Pp3c21_9970V3.1" 
+ [949] "Pp3c21_9980V3.1"  "Pp3c21_10290V3.1" "Pp3c21_10470V3.1" "Pp3c21_10640V3.1" "Pp3c21_11130V3.1" "Pp3c21_12100V3.1"
+ [955] "Pp3c21_14450V3.1" "Pp3c21_14540V3.1" "Pp3c21_14670V3.1" "Pp3c21_15220V3.1" "Pp3c21_16093V3.1" "Pp3c21_16111V3.1"
+ [961] "Pp3c21_16170V3.1" "Pp3c21_17930V3.1" "Pp3c21_18550V3.1" "Pp3c21_19080V3.1" "Pp3c21_20040V3.1" "Pp3c21_21410V3.1"
+ [967] "Pp3c22_540V3.1"   "Pp3c22_1680V3.1"  "Pp3c22_3200V3.1"  "Pp3c22_3910V3.1"  "Pp3c22_5030V3.1"  "Pp3c22_5210V3.1" 
+ [973] "Pp3c22_5470V3.1"  "Pp3c22_5530V3.1"  "Pp3c22_5610V3.1"  "Pp3c22_6380V3.1"  "Pp3c22_6430V3.1"  "Pp3c22_7050V3.1" 
+ [979] "Pp3c22_7390V3.1"  "Pp3c22_7400V3.1"  "Pp3c22_7690V3.1"  "Pp3c22_8440V3.1"  "Pp3c22_8470V3.1"  "Pp3c22_8640V3.1" 
+ [985] "Pp3c22_9200V3.1"  "Pp3c22_9450V3.1"  "Pp3c22_9700V3.1"  "Pp3c22_10620V3.1" "Pp3c22_11700V3.1" "Pp3c22_12550V3.1"
+ [991] "Pp3c22_12920V3.1" "Pp3c22_13680V3.1" "Pp3c22_13920V3.1" "Pp3c22_14530V3.1" "Pp3c22_14940V3.1" "Pp3c22_15040V3.1"
+ [997] "Pp3c22_15530V3.1" "Pp3c22_17810V3.1" "Pp3c22_21110V3.1" "Pp3c22_21630V3.1"
+ [ reached getOption("max.print") -- omitted 129 entries ]