Type-I error rates from DESeq2 analysis with the DA method using the permuted HD data. Figure S4 contains Type-I error rates from DESeq2 (negative binomial model) analysis with DA method of the permuted HD data at alpha levels of 0.05 and 0.01. Each black empty dot represents Type-I error rate of a gene. The red dots denote average values of Type-I error rates in each category of dispersion groups. The black dotted horizontal lines are our alpha levels. Figure S4 (A) summarizes Type-I error rates of all genes with DA method at alpha level of 0.05. Figure S4 (B) displays Type-I error rates of all genes with DA method at alpha level of 0.01. (PNG 223 kb
The type I error rates of the seven methods without correlation and interaction under (β 1 = 0, β 2 ...
Inference for two-sample T-statistic, NaĂŻve LRT implementation, Publicly available RNA-seq datasets...
Dendrogram of average-linkage hierarchical clustering for 12 ranked gene lists. Twelve ranked gene l...
Type-I error rates of regression methods from the balanced design. Type-I error rates of the Negativ...
Venn diagram of HD analysis results using DA method. Each colored circle represents a different regr...
Q-Q plots of the HD Analyses. Figure S7 exhibits the Q-Q plots from the HD analysis adjusting for ag...
All significant genes in FL regressions using the DA method. Mean.Exp.Case: Normalized mean expressi...
Type-I error rates of the NB regression from the balanced design with N D=1 = 10 and μ = 1000. Disp...
Table S3. This table compares the sensitivity (true-positive rate) achieved by different normalizati...
Comparison of DEGs obtained from individual pipelines for the Blekhman’s count data. Sheet 1: Number...
Table S2. This table compares the p values and q values of differential expression analysis by edgeR...
Table S1. This table summarizes the number of false positives claimed in differential expression ana...
Quality control of genotype data for allelic expression analysis (extended). a Boxplot of per indivi...
The false discovery number at the rates of noise in selected conserved genes being 0, 0.1, 0.2, 0.3,...
Simulated data benchmark performance. This table contains the precision and recall estimates for sev...
The type I error rates of the seven methods without correlation and interaction under (β 1 = 0, β 2 ...
Inference for two-sample T-statistic, NaĂŻve LRT implementation, Publicly available RNA-seq datasets...
Dendrogram of average-linkage hierarchical clustering for 12 ranked gene lists. Twelve ranked gene l...
Type-I error rates of regression methods from the balanced design. Type-I error rates of the Negativ...
Venn diagram of HD analysis results using DA method. Each colored circle represents a different regr...
Q-Q plots of the HD Analyses. Figure S7 exhibits the Q-Q plots from the HD analysis adjusting for ag...
All significant genes in FL regressions using the DA method. Mean.Exp.Case: Normalized mean expressi...
Type-I error rates of the NB regression from the balanced design with N D=1 = 10 and μ = 1000. Disp...
Table S3. This table compares the sensitivity (true-positive rate) achieved by different normalizati...
Comparison of DEGs obtained from individual pipelines for the Blekhman’s count data. Sheet 1: Number...
Table S2. This table compares the p values and q values of differential expression analysis by edgeR...
Table S1. This table summarizes the number of false positives claimed in differential expression ana...
Quality control of genotype data for allelic expression analysis (extended). a Boxplot of per indivi...
The false discovery number at the rates of noise in selected conserved genes being 0, 0.1, 0.2, 0.3,...
Simulated data benchmark performance. This table contains the precision and recall estimates for sev...
The type I error rates of the seven methods without correlation and interaction under (β 1 = 0, β 2 ...
Inference for two-sample T-statistic, NaĂŻve LRT implementation, Publicly available RNA-seq datasets...
Dendrogram of average-linkage hierarchical clustering for 12 ranked gene lists. Twelve ranked gene l...