Sentence examples for pharmaceutical screening from inspiring English sources

The FST is now widely used in basic research and the pharmaceutical screening of potential antidepressant treatments.

This review article presents fabrication processes, detection techniques, and applications of paper microfluidic devices toward pharmaceutical screening.

In recent years, cell-based biosensors (CBBs) have been very useful in biomedicine, food industry, environmental monitoring and pharmaceutical screening.

Culture as three dimensional cell aggregates or spheroids can offer an ideal platform for tissue engineering applications and for pharmaceutical screening.

This combined statistical approach enables rapid identification and integration of key medium parameters for optimising secondary metabolite production and could be very useful in pharmaceutical screening programmes.

Microwell plate technologies developed for high-throughput pharmaceutical screening and diagnostics or combinatorial synthesis applications, produces arrays of 9,600 plates.

These exchange rate constants provide estimates of the ligand dissociation rate constants koff and can thus provide a means for rank-ordering the binding affinities of ligands identified in pharmaceutical screens.

Moreover, because MEAs do not require precise positioning of electrodes, they can be used in high-throughput pharmaceutical screens [31].

False negatives are a serious concern for toxicological test systems, but such results may well be acceptable during pharmaceutical screens.

These findings encourage researchers to apply the unique attributes of the larval zebrafish (rapid development, genetic tractability, live imaging, visualization of fluorescently labeled lipids, and ease of large pharmaceutical screens in live animals) to the study of global and subcellular apolipoprotein dynamics in development, health and disease.

The biosensor imaging capability is expected to yield applications in pharmaceutical compound screening, genomics, proteomics, and molecular diagnostics, where there is a need to screen large numbers of biochemical interactions against samples using low volumes of reagents.