Sentence examples for molecular profiles using from inspiring English sources

The 277 individuals genotyped were separated into 194 distinct molecular profiles using 17 SSR loci (see Additional File 1).

Current trials rely on complex molecular profiles using either expression arrays or multiplex quantitative PCR techniques that must be performed in a single central laboratory.

The purpose of the work reported here is to test reliable molecular profiles using routinely processed formalin-fixed paraffin-embedded (FFPE) tissues from participants of the clinical trial BIG 1-98 with a median follow-up of 60 months.

Interestingly, the pre-1975 grofp of tissues showed more similarities to BSE than the post-1990 group with regard to molecular profiles using the WB discriminatory criteria of immuno-reactivity and molecular mass.

Further, CV studies on blank 500 and 50 μm (diameter) gold microelectrodes were used to identify cell via molecular profiling using ferrocene amidopentyl carboxylic acid based redox tagging and magnetic beads based enhancement.

Molecular profiling using DGGE demonstrated considerable biofilm compositional complexity and inter-patient diversity and provides a rapid method for the further study of biofilm composition in longitudinal and interventional studies.

In this context, molecular profiling using DGGE demonstrated considerable biofilm compositional complexity and inter-patient diversity and, as a method that facilitates the study of shifts in the ecological balance of biofilms, will prove invaluable in future longitudinal or interventional studies.

Molecular profiling using Sequenom MA4 is a robust, reproducible technique in determining clinically relevant mutations e.g. PIK3CA [ 39, 40].

Molecular profiling using a large panel of genes could help to classify breast tumours and to define signatures which are predictive of their clinical behaviour.

This opens up a completely new avenue for environmental studies combining rapid NGS genotyping and molecular profiling using omics technologies such as metabolomics and proteomics.

Therefore, the goal of this study was to define metabolic potential encoded by the whole genome sequence of C. stercorarium DSM8532T, in the context of high-throughput molecular profiling using RNA-seq and high-throughput tandem mass spectrometry.