Sentence examples for use of microarray approach from inspiring English sources

The use of microarray approach and enzyme activity measurements has allowed us to follow more closely the metabolic changes occurring during starvation.

The use of this microarray approach, combined with the large sampling size, gives insight to global E. coli diversity on a previously unexplored scale.

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.

The underlying resistance mechanisms are dissected by assessing the correlation between resistance phenotypes and target-site mutations and by investigating the contribution of metabolic resistance using a microarray approach.

Indeed, eight differentially expressed genes related to inflammation and oxidative stress are identified in the intestine of insulin-resistant subjects using the microarray approach.

The successful use of the cDNA microarray approach in fungal pathogens such as Candida albicans [ 8- 13], Histoplasma capsulatum [ 14] and Cryptococcus neoformans [ 15] has resulted in the identification of genes involved in cell viability and opened new experimental perspectives to understand host-parasite interactions and thus develop new therapeutic approaches to systemic mycoses [ 8, 11].

In this investigation, we characterized a rat organ culture model of disc degeneration through analysis of global gene expression using microarray approach that was further validated using quantitative mRNA and protein expression analysis.

Here, we have analyzed gene expression profiles of stimulated versus unstimulated cells using a microarray approach.

Therefore, we carried out a comprehensive gene expression profiling of H1N1 virus infection, S. suis serotype 2 bacterial infection and dual virus-bacterial infection of swine tracheal epithelial cells using a microarray approach.

Particularly, identification of their target genes in knockdown and knockout mice by use of microarray technology and other global approaches has substantially advanced our understanding of this issue.

Characterization of subcutaneous and omental adipose tissue using a microarray approach was used.