(A) Heatmap showing the expression of the top 18 differentially expressed genes for each cell cluster (q < 0.05). (B) Differential genes (DEGs) of six major cell types between groups RespD376 and ARD614. Colors discriminate DEGs with upregulation (red) or downregulation (blue) expression. The Y-axis represents the log2-fold change of DEGs. (C) Number of DEGs between RespD376 and ARD614 in each cell type. Colors discriminate upregulation (red) or downregulation (blue) expression. (D) Heatmap showed the average expression of module hub genes in different cell types and time points. (E) The dot plot showed the pathways enriched in specificity in the five modules.</p
<p>The average differential expression profiles (treated minus control) of the genes in the differen...
<p>Clustering of genes is shown on the left of the figure, and the transcript ID and gene name are s...
<p>(A) Colors indicate the significance of fold change (log<sub>2</sub>) values in gene count level....
(A) Column statistics of DEG numbers in the two comparisons. (B) Venn diagram of the up- and down-re...
Heatmap showing the relative expression of the 50 most significantly differentially expressed genes ...
<p>The heat map illustrates the hierarchical clustering of 42 selected common differentially express...
<p>(A) Hierarchical clustering and functions of 191 differentially expressed genes (DEGs). DEGs are ...
(A) Heatmap constructed using 546 upregulated and 575 downregulated genes in exhausted T-cells. (B–C...
<div><p>Rows represent genes and columns represent array comparisons between cell populations as ind...
<p>The heat map shows discrimination of the gene profiles of top five up and downregulated different...
<p>The weight value obtained from the WGCNA package was used as a parameter for the parametric analy...
<p>The red blocks represent the overexpressed genes, and the blue blocks represent genes with the lo...
<p>Colors on the heatmap represent relative expression values of genes in different phenotypes. The ...
(A) Sample to sample hierarchical clustering heatmap with complete linkage of cases vs controls. (B)...
<p>Each column represents a treatment, and each row represents a unigene. Differences in expression ...
<p>The average differential expression profiles (treated minus control) of the genes in the differen...
<p>Clustering of genes is shown on the left of the figure, and the transcript ID and gene name are s...
<p>(A) Colors indicate the significance of fold change (log<sub>2</sub>) values in gene count level....
(A) Column statistics of DEG numbers in the two comparisons. (B) Venn diagram of the up- and down-re...
Heatmap showing the relative expression of the 50 most significantly differentially expressed genes ...
<p>The heat map illustrates the hierarchical clustering of 42 selected common differentially express...
<p>(A) Hierarchical clustering and functions of 191 differentially expressed genes (DEGs). DEGs are ...
(A) Heatmap constructed using 546 upregulated and 575 downregulated genes in exhausted T-cells. (B–C...
<div><p>Rows represent genes and columns represent array comparisons between cell populations as ind...
<p>The heat map shows discrimination of the gene profiles of top five up and downregulated different...
<p>The weight value obtained from the WGCNA package was used as a parameter for the parametric analy...
<p>The red blocks represent the overexpressed genes, and the blue blocks represent genes with the lo...
<p>Colors on the heatmap represent relative expression values of genes in different phenotypes. The ...
(A) Sample to sample hierarchical clustering heatmap with complete linkage of cases vs controls. (B)...
<p>Each column represents a treatment, and each row represents a unigene. Differences in expression ...
<p>The average differential expression profiles (treated minus control) of the genes in the differen...
<p>Clustering of genes is shown on the left of the figure, and the transcript ID and gene name are s...
<p>(A) Colors indicate the significance of fold change (log<sub>2</sub>) values in gene count level....