A recent microarray-based approach aims at identifying transcribed HERV loci by a collection of locus-specific oligoncleotides (Perot et al. 2012).
Our approach aims to combine these strategies3.
Our approach aims at easing this task.
In this study, we investigated the global expression profile of the stringent response using a DNA microarray approach with the aim to characterize the (p ppGpp-dependent regulatory network, and we also focused on methionine biosynthesis, the sole amino acid whose biosynthesis p ppGpp-dependentolled by stregulatorysponetworkB. suis.
The present study was aimed at investigating by a microarray approach whether HdIV injection induces modifications in the levels of S. frugiperda gene transcript levels, resulting either directly from viral gene products or from upstream regulations or feed-back mechanisms.
The present study is aimed to fill this gap, carrying out KS testicular gene expression profiling by a whole genome microarray approach, in order to provide global information about testis dysfunction, with particular regard to microenvironment alterations related to SC and LC deregulation.
One of the main aims of the present study was to use the large-scale microarray approach to enable the examination of genes and pathways not normally directly associated with the manipulation of dietary LC-PUFA content.
Taking advantage of the results previously obtained, we aimed at analyzing the molecular effects of the identified anti-hCMV antibodies on endothelial cells, using the DNA microarray approach, in order to ascertain whether the sets of genes modulated by anti-hCMV-derived proteins UL122 and US28 antibodies, are associated with the pathogenesis of atherosclerosis.
The aim of this work therefore was to evaluate the use of a heterologous microarray approach to profile the transcriptome of the relatively drought-tolerant Musa cultivar 'Cachaco' to chronic drought stress.
In addition, we aimed to explore whether inflammatory pathways were affected in PBMCs from these patients in response to the dietary intervention, through a microarray approach focussed on several inflammation-related transcription factors as potential regulation targets.
