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Developing a universal framework for microarray analyses has proved to be more problematic than may have been expected.
Microarray analyses has revealed large numbers of miRNAs that are differentially regulated by NRs or their ligands, but the detailed regulatory mechanisms remain to be elucidated.
A recent study based on high-resolution microarray analyses has suggested that many other transcription factors are involved in these cell-fate decisions.
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Gene microarray analyses have suggested that EGFR signaling via phospholipase C-γ (PLCγ) induces uPAR transcription.
DNA microarray analyses have led to the identification of novel genes in the BvgA/S regulon, some of which are activated by BvgA/S and others are repressed by BvgA/S.
In different studies, microarray analyses have been performed on root, leaf and panicle under drought stress (Smita et al. 2013) and on two contrasting genotypes under drought stress (Lenka et al. 2011), rice samples subjected to heat and/or oxidative stresses (Mittal et al. 2012a, 2012b) and heat stress followed by recovery (Sarkar et al. 2014).
The raw data from our microarray analyses have been submitted to GenBank GEO.
Previous microarray analyses have suggested that PtdIns5P negatively influences ATX1 activity [12].
In the last year microarray analyses, have contributed to shed light in understanding the molecular basis of MM development and progression.
Here detailed microarray analyses have been used to study the transcriptome of root nodules induced by either wild type or mutant strains of Sinorhizobium meliloti.
Recent microarray analyses have uncovered novel transcriptional programs that coordinate the regeneration and repair of damaged muscle following eccentric exercise [10], [34], [35].
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