Sentence examples for technologies for the analysis from inspiring English sources

To this end, the project centres on 1) exposure assessment at the personal and population levels within existing European short and long-term population studies, exploiting available tools and methods which have been developed for personal exposure monitoring (PEM); and 2) multiple "omic" technologies for the analysis of biological samples (internal markers of external exposures).

This research considers issues of light in both appreciating and protecting these brightly colored artworks, while also demonstrating the application of light-based technologies for the analysis of art.

Despite recent progress in the development of high-throughput technologies for the measurement of protein-DNA interaction parameters as proposed by Maerkl and Quake et al. [4] and microarray based technologies for the analysis of TF binding specificities [5], [6], the determination of highly resolved quantitative binding specificity information remains laborious.

New technologies for the analysis of changes in miRNA expression are widely used but have not been adequately validated.

The concurrent advance in bioinformatic methods, as well as in high throughput technologies for the analysis of gene expression profiles, allowed deepening the knowledge of genome structure and function.

Therefore, a targeted approach independent of amount, time and locus of expression using a method like exon trapping will complement high throughput technologies for the analysis of defined chromosomal intervals, for example to trace transcripts in fine-mapped QTL regions.

With the demand for both chromatin biology and translational epigenetics, we think mass spectrometry will continue to serve as a key and complementary technology for the analysis of gene regulation networks.

We have presented a new technology for the analysis of interphase chromosome structure and dynamics in living human cells.

The developments described have resulted in an innovative (bio- analytical technology for the analysis of complex surfaces.

This review discusses the history, importance, and pitfalls of strain technology for the analysis of LA mechanics.

Reverse-phase protein array (RPPA) is a rapid, high-throughput technology for the analysis of patient samples.