Sentence examples for microarray technologies often from inspiring English sources

Since old microarray technologies often used spots duplication, during the network generation we considered as expressed those genes differentially expressed in at least one of their replica on the microarray.

While the noise inherent in microarray technology often complicates the process of data interpretation, both the array quality and the choice of analytical processing methods have a major impact on differential expression analysis of microarray data [ 26].

DNA microarray technologies have often been applied in circadian rhythm studies (Duffield, 2003).

Microarray technology is often used to identify the genes that are differentially expressed between two biological conditions.

Large-scale gene expression studies frequently employ microarray technologies.

Microarray technologies provide an unbiased snap-shot of the cellular transcriptional activity, and they are often employed to investigate both the functional and biological characteristics of miRNA and siRNA in various cell-lines, under varying physiological conditions [ 24, 25].

Many toxicological researchers, adopting RT-PCR, Northern-blotting or microarray technologies to investigate the expression of protein-coding genes, have demonstrated that exposure to ECs often has a negative effect on the normal growth of cells [ 12, 13].

New technologies often require much chemical expertise.

Microarray technologies facilitate high-throughput gene expression analysis.

New technologies often dent old laws.

Herein, we review the most recent advancements in microarray technologies, with a special focus on peptide microarray, small molecule microarray, and protein microarray.