Sentence examples for analytical screening from inspiring English sources
Analytical screening of all possible two-cell circuit topologies revealed the circuit features sufficient for stability, including environmental constraint and negative-feedback regulation.
Tyrosinase (Tyr -based biosensors mighTyr -basedesting devices for fast analytical screening of phenols, especially if gold nanoparticles (AuNPs) are used as mediators of the direct electron transfer (DET) reaction biosensorszymightd electrode subetrate.
For example, laboratory tasks about DNA extraction or analytical screening are typical techniques in biochemistry, and differ from sampling or cultivation of organisms in cell biology (Gantner et al. 2011).
Thus, novel analytical screening tools using high-resolution mass spectrometry together with advanced software and workflows for data evaluation are developed [31 34] to address chemical contamination beyond well-known contaminants and priority pollutants and to characterise various water types for chemical profiles [35].
The implementation of LTMs into the analytical screening procedures allows the prolongation of the detection window and an increased retrospectivity for AAS.
Analytical screening of bromethalin, desmethylbromethalin, and physicochemical breakdown products in adipose fat, brain, kidney, liver, and stomach content was performed by GC-MS/MS using two 15 m × 0.250 mm × 0.25 um DB5-MS capillary columnsi joined with a "T" configuration to enable post-run backflushing.
For more information on Toxicology Submissions and Analytical Screens, please see Appendix B. Adherence to Good Laboratory Practices.
We performed an analytical screen of all three-node circuits in a class comprising ∼500,000 topologies.
Second, advances in more traditional screening now even enable elaborate and comprehensive "high content" analysis of single compounds that hyphenated bioassay-analytical screening methods can not yet compete with.
The production strategies were compared across three analytical drug screening methods, each requiring cell production at a distinct scale (manual patch-clamp analysis, high throughput screening and plate-based pharmacology), as well as different annual cell line utilization requirements ('throughputs') (between 10 and 100 lines) so as to represent different industry scenarios.
The development of a generic analytical SFC/MS screening protocol, following extensive evaluation of different stationary phase, modifier and gradient elution combinations, has enabled fast analytical method development for structurally diverse compounds within both specialised and high-throughput purification environments.
