Sentence examples for to simultaneously analyzing from inspiring English sources

Since the definition of a bicluster is that of a cluster of both genes and cellular conditions, this class of algorithms is particularly suitable when it comes to simultaneously analyzing gene expression data resulting from experiments referring to various different cellular conditions [15], [16].

New opportunities in the research domain of the forensic studies emerge by harnessing the power of NGS technology, which can be applied to simultaneously analyzing multiple loci of forensic interest in different genetic contexts, such as autosomes, mitochondrial and sex chromosomes.

This paper develops a structural model to simultaneously analyze firms' partner selection activities and governance design for managing interfirm relationships.

So, choosing the best strategy ((s_{l} in S_{l})) in the game theory is required to simultaneously analyze each player's decisions against his opponents.

The CSF samples were then analyzed using a RayBioH L-Series 507 Antibody Array system designed to simultaneously analyze 507 specific cytokines.

This work presents the design, development and optimization of a screening method based on single-base extension sequencing to simultaneously analyze a panel of 52 mitochondrial SNPs.

Overall, the structural architecture of the integrative model provides a way to simultaneously analyze complex within- and between-subject relations of affective-motivational constructs.

On the other hand, using high throughput array and other technologies, it is for example possible to simultaneously analyze thousands of genes or gene products (RNA and proteins), resulting in an individual gene or gene expression profile ('signature'signature

Next-generation sequencing technology should provide the opportunity to simultaneously analyze single-gene disorders and perform an extensive comprehensive chromosome screening/diagnosis by concurrently sequencing, counting, and accurately assembling millions of DNA reads.

Two new methods (JRPLS and TPLS) are proposed to overcome the gaps in the current mixture modeling methods to simultaneously analyze data from multiple materials, their mixing ratios and processing conditions as to how they affect the quality of a product.

Our approach was to simultaneously analyze the transcriptional responses in three metabolically important tissues; liver, muscle and adipose tissue.