Sentence examples for microarray experiments allow from inspiring English sources

Microarray experiments allow description of genome-wide expression changes in health and disease.

Consequently, microarray experiments allow for rough and mostly indirect assumptions.

Microarray experiments allow for measurements and comparisons of gene expression within a sample as well as between multiple samples.

Microarray experiments allow the interrogation of tens of thousands of transcripts simultaneously and thus, the identification of plant pathways is likely to be involved in plant resistance to Fusarial pathogens.

This previous work demonstrated that molecular (or gene) signatures obtained from microarray experiments allow a better characterisation of the pathology than the current clinical scheme based on histopathological classification (Nutt et al, 2003; Freije et al, 2004; Phillips et al, 2006).

Microarray experiment allows interrogation of tens of thousands of genes simultaneously.

Our combined approach of utilizing a temporal, photic and pharmacological microarray experiment allowed us to identify novel genes linking clock input to clock function within the pineal.

Classification of large volumes of data produced in a microarray experiment allows for the extraction of important clues as to the nature of a disease.

While the limited knowledge of loop thermodynamics does not allow prediction of such binding, microarray experiments provide a rapid way to reveal them.

Microarray experiments will allow association of gene expression changes with polyphenism, the development for morphologically different individuals (e.g. winged and unwinged) that are otherwise genetically identical.

Expression microarrays allow the parallel profiling of most or all genes in a genome, and sensibly designed biological experiments allow the application of microarrays to identify patterns of gene expression associated with a trait of interest.