<p>Examples of 6 clusters of genes that exhibit different temporal expression profiles in Notch activated cells. Left graphs: profiles for all the genes in the cluster, coloured line represents the mean profile. Right graphs: profiles for a single gene from each cluster as indicated; Error bars indicate standard error of the mean from four replicates. Vertical axes for all graphs indicate median M values. Cluster types are indicated to the right of the graphs.</p
BACKGROUND. Many microarray experiments produce temporal profiles in different biological conditions...
<p>A: mRNA expression levels of the indicated genes in Notch activated cells relative to controls (l...
<p>Clusters produced by the STEM algorithm and based on expression data of the differentially expres...
<p>The average differential expression profiles (treated minus control) of the genes in the differen...
<p><b>A</b> A three-dimensional visualisation of a Pearson correlation gene to gene network graph (<...
Summarization: Clustering analysis based on temporal profile of genes may provide new insights in pa...
<p>A: Comparison of fold changes in mRNA expression levels (log<sub>2</sub>) from 5 and 30 min Notch...
<p>In each graph, the dynamic of each gene is represented with a light gray solid line, while the cl...
<p>Numbers indicated clusters or profiles. Clusters were ordered according to the number of genes wh...
Summarization: Statistical evaluation of temporal gene expression profiles plays an important role i...
<p>Single factor hierarchical clustering of expression profiles; red indicates increased expression,...
<p>23 clustered expression profile sets are shown. The right part of each graph is the expression pr...
<p>Expression profiles of gene cluster C16 and C64. Time points are depicted on x-axis, y-axis shows...
<p>The expression data were loaded onto STEM platform and distinct temporal expression profiles were...
<p>Dendrograms of the gene expression patterns for the 636 genes assigned 2 or more stars are shown....
BACKGROUND. Many microarray experiments produce temporal profiles in different biological conditions...
<p>A: mRNA expression levels of the indicated genes in Notch activated cells relative to controls (l...
<p>Clusters produced by the STEM algorithm and based on expression data of the differentially expres...
<p>The average differential expression profiles (treated minus control) of the genes in the differen...
<p><b>A</b> A three-dimensional visualisation of a Pearson correlation gene to gene network graph (<...
Summarization: Clustering analysis based on temporal profile of genes may provide new insights in pa...
<p>A: Comparison of fold changes in mRNA expression levels (log<sub>2</sub>) from 5 and 30 min Notch...
<p>In each graph, the dynamic of each gene is represented with a light gray solid line, while the cl...
<p>Numbers indicated clusters or profiles. Clusters were ordered according to the number of genes wh...
Summarization: Statistical evaluation of temporal gene expression profiles plays an important role i...
<p>Single factor hierarchical clustering of expression profiles; red indicates increased expression,...
<p>23 clustered expression profile sets are shown. The right part of each graph is the expression pr...
<p>Expression profiles of gene cluster C16 and C64. Time points are depicted on x-axis, y-axis shows...
<p>The expression data were loaded onto STEM platform and distinct temporal expression profiles were...
<p>Dendrograms of the gene expression patterns for the 636 genes assigned 2 or more stars are shown....
BACKGROUND. Many microarray experiments produce temporal profiles in different biological conditions...
<p>A: mRNA expression levels of the indicated genes in Notch activated cells relative to controls (l...
<p>Clusters produced by the STEM algorithm and based on expression data of the differentially expres...