<p>Comparison of means of the EC distributions for human-mouse 1-1 orthologs based on the whole microarray data with the expression data over 26 common tissues by using co-expression based methods.</p
<p>(A) The expression levels of the Chit1 and AMCase genes in human and mouse tissues were compared....
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
Animal models for human diseases are of crucial importance for studying gene expression and regulati...
<p>Comparison of the EC distributions for (a) human-mouse random gene pairs and (b) human-mouse 1-1 ...
Co-expression maps of the human and mouse species derived from microarray data for the first release...
<p>Comparative analysis of weighted gene co-expression networks in human and mouse</p> - Table
<p>Comparative analysis of weighted gene co-expression networks in human and mouse</p> - Table
<div><p>The application of complex network modeling to analyze large co-expression data sets has gai...
<p><b>Copyright information:</b></p><p>Taken from "In silico identification and comparative analysis...
<p>Distributions of expression levels of (proto) X-linked genes (blue line) and (proto) autosomal ge...
<p>Expression values for the genes in cluster “Up” for humans (A) and their orthologs in mouse show ...
<p>Pearson correlation was performed between all samples, and Euclidean distances were calculated. U...
Compared homologous tissues between the human GTEx dataset and mouse dataset from Li and colleagues ...
Comparative analysis of human and mouse expression data illuminates tissue-specifi
<p>Distributions of log2 fold change (log2(human/mouse expression)) for orthologous gene pairs withi...
<p>(A) The expression levels of the Chit1 and AMCase genes in human and mouse tissues were compared....
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
Animal models for human diseases are of crucial importance for studying gene expression and regulati...
<p>Comparison of the EC distributions for (a) human-mouse random gene pairs and (b) human-mouse 1-1 ...
Co-expression maps of the human and mouse species derived from microarray data for the first release...
<p>Comparative analysis of weighted gene co-expression networks in human and mouse</p> - Table
<p>Comparative analysis of weighted gene co-expression networks in human and mouse</p> - Table
<div><p>The application of complex network modeling to analyze large co-expression data sets has gai...
<p><b>Copyright information:</b></p><p>Taken from "In silico identification and comparative analysis...
<p>Distributions of expression levels of (proto) X-linked genes (blue line) and (proto) autosomal ge...
<p>Expression values for the genes in cluster “Up” for humans (A) and their orthologs in mouse show ...
<p>Pearson correlation was performed between all samples, and Euclidean distances were calculated. U...
Compared homologous tissues between the human GTEx dataset and mouse dataset from Li and colleagues ...
Comparative analysis of human and mouse expression data illuminates tissue-specifi
<p>Distributions of log2 fold change (log2(human/mouse expression)) for orthologous gene pairs withi...
<p>(A) The expression levels of the Chit1 and AMCase genes in human and mouse tissues were compared....
<p>Unsupervised clustering created three distinctive classes for human genes: “Up”, “Up-down” and “D...
Animal models for human diseases are of crucial importance for studying gene expression and regulati...