Sentence examples for many microarray analyses from inspiring English sources

In addition, many microarray analyses yielded thousands of sequenced EST and cDNA clones.

To discover novel molecules for therapeutic targets and/or diagnostic markers, many microarray analyses using RNA isolated from OA cartilage [ 2, 3], subchondral bone [ 4], and synovia [ 5] have been reported.

Feature selection has been used in many microarray data analyses in both supervised learning (classification) and unsupervised learning (clustering) contexts.

However, many microarray-based analyses use intact ribonucleic acid (RNA) from fresh frozen tissue, not a commonly available source of tissue.

Many microarray studies have analysed transcriptomic data from a pathway perspective, for instance by testing for KEGG pathway enrichment in sets of upregulated genes.

Recently, many microarray and substractive hybridization analyses of the gene expression profiles in several human cancers have identified endocan as being one of the genes defining a tumor signature, associated with poor prognosis with an increased risk of death or invasive disease in melanoma, breast, kidney prostate and lung cancers, [ 18- 28, 28, 30].

This is further supported by our microarray analyses comprising many genes related to axonal, dendritic, and synaptic regeneration.

Microarray analyses have unravelled many transcriptional changes in the mosquito midgut in response to Plasmodium infection [ 6- 8].

Microarray analyses showed that many ROS scavenging genes were up-regulated by ThbZIP1 under salt stress conditions.

ChIP-SEQ and cDNA microarray analyses demonstrated that many binding sites for C/EBPδ, and the closely related C/EBPβ, exist throughout the mouse genome and control the upregulation or downregulation of many adjacent genes.

A recent study based on high-resolution microarray analyses has suggested that many other transcription factors are involved in these cell-fate decisions.