<p>Clustering was performed on log<sub>2</sub>-transformed and normalized gene-level probe set intensities and splicing indexes for transcript clusters or exon-level probe sets, respectively, that met specific significance and fold-change criteria (see <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0029784#s2" target="_blank">Methods</a>). Except for the right image of panel A, all of the probe sets meeting the specific criteria are displayed. Note significant clustering of HLHS samples compared to controls that show indistinguishable identity. Key: one unit = a difference of one log<sub>2</sub> unit from the gene (A) or splicing index (B) mean for all the samples.</p
<p><i>Left</i>: Heat map of gene expression profiles for the clusters of genes. Each row represents ...
<p>A two–way clustering of normalized 454 sequence count data using Ward’s hierarchical cluster algo...
<p>All the experimental groups, including the corresponding controls (PBS 8 h and PBS – MEM 8 h), we...
<p>Hierarchical clustering was performed based on all differentially expressed gene data. The result...
<p>Hierarchical clustering of gene expression profiles in all samples. Each row represents a gene an...
<p>Clustering was based on log<sub>2</sub>-transformed Fragments Per Kilobase Exon model per Million...
<p>Hierarchical clustering for the 80 HHT paired samples comparing the expression in telangiectasial...
<p>Clustering of differentially expressed probes using centroid linkage and euclidean similarity in ...
<p>(A) Hierarchical clustering analysis of all experimental samples. The reliable probes Horizontal ...
<p>Genes that had a significant differential gene expression in any of the <i>rph1-H235A</i> compari...
<p>Hierarchical clustering is a simple and commonly used clustering technique to analyze gene expres...
<p>Hierarchical clustering was performed using gene expression data of 597 differentially expressed ...
<p>All the experimental groups, including the corresponding controls (PBS 8 h and PBS – MEM 8 h), we...
<p>Heatmaps displays the log2(M) on a color scale from green indicating lower expression to red indi...
<p>Hierarchical clustering was used to analyze the gene expression data by arranging the samples int...
<p><i>Left</i>: Heat map of gene expression profiles for the clusters of genes. Each row represents ...
<p>A two–way clustering of normalized 454 sequence count data using Ward’s hierarchical cluster algo...
<p>All the experimental groups, including the corresponding controls (PBS 8 h and PBS – MEM 8 h), we...
<p>Hierarchical clustering was performed based on all differentially expressed gene data. The result...
<p>Hierarchical clustering of gene expression profiles in all samples. Each row represents a gene an...
<p>Clustering was based on log<sub>2</sub>-transformed Fragments Per Kilobase Exon model per Million...
<p>Hierarchical clustering for the 80 HHT paired samples comparing the expression in telangiectasial...
<p>Clustering of differentially expressed probes using centroid linkage and euclidean similarity in ...
<p>(A) Hierarchical clustering analysis of all experimental samples. The reliable probes Horizontal ...
<p>Genes that had a significant differential gene expression in any of the <i>rph1-H235A</i> compari...
<p>Hierarchical clustering is a simple and commonly used clustering technique to analyze gene expres...
<p>Hierarchical clustering was performed using gene expression data of 597 differentially expressed ...
<p>All the experimental groups, including the corresponding controls (PBS 8 h and PBS – MEM 8 h), we...
<p>Heatmaps displays the log2(M) on a color scale from green indicating lower expression to red indi...
<p>Hierarchical clustering was used to analyze the gene expression data by arranging the samples int...
<p><i>Left</i>: Heat map of gene expression profiles for the clusters of genes. Each row represents ...
<p>A two–way clustering of normalized 454 sequence count data using Ward’s hierarchical cluster algo...
<p>All the experimental groups, including the corresponding controls (PBS 8 h and PBS – MEM 8 h), we...