Microarray experiments are used to quantify and compare gene expression on a large scale.
All the analysis data from microarray experiments are deposited in the NCBI Gene Expression Omnibus (accession no. GSE25647).
Coupled with impressive advances in statistical tools for analyzing large, complex data sets, well-designed microarray experiments are poised to make a big impact in the field of ND.
Moreover, microarray experiments are both time and cost consuming.
Microarray experiments are complex and subject to technical and biological variability that hinder inference analysis.
Detailed methods for microarray experiments are available at http://cmgm.stanford.edu/pbrown/protocols/index.html.html
Detailed methods for microarray experiments are available at the Brown lab website (http://cmgm.stanford.edu/pbrown/protocols/index.html).html
Unfortunately, direct comparisons of gene expression profiles obtained in independent, publicly available microarray experiments are typically compromised by substantial, experiment-specific biases.
Complete results of the DNA microarray experiments are presented in table S2, and the raw data is available from the authors on request.
In this data set, two time-course microarray experiments are included: one for miR-124 transfection and the other for the negative control transfection.
aFD values from qPCR and microarray experiments are shown in Table 1 and Figure 3. ANOVA (Figure 4) showed that the hypertensive strain has an impaired response during the inactive period for the gene oxytocin (Oxt).
