Sentence examples for advanced analytical technologies from inspiring English sources

Therefore, the use of advanced analytical technologies and techniques to understand the material behavior and to develop methods for material stabilization, strengthening, monitoring, and repair is fundamental.

The authors thank Dave Wick of BVS, Inc. for introducing us to the Army team and their advanced analytical technologies and the U.S. beekeepers who allowed us to sample their bees.

The major challenges in predicting and assessing the adverse effects of GM foods include the imbalances between highly advanced analytical technologies and limited abilities to interpret the results and the correlation between health effects and the consumption of GM foods.

This method now has integrated advanced analytical technologies, such as comparative effectiveness research (CER), 13 14 patient important outcome (PIO), 15 patient report outcome (PRO), 16 17 minimal clinically important differences (MCID) 18 19 and correspondence analysis (CA), 20 and is adopted in this study.

In a later report Marsh et al. (1987) described the use of advanced analytical technology to determine mercury concentration profiles in single hair strands, so that the researchers could get a calendar record of methylmercury exposure during the entire duration of the pregnancy.

Modern analytical technologies afford screening of many lipid molecular species in parallel.

Still, Hulett bets he can win over advertisers with sophisticated analytical technology.

We discussed some of the useful approaches that can be used to achieve a robust commercial manufacturing using the three-stage life cycle approach, implementation of science, and risk-based approaches such as advanced process analytical technology tools and real-time release testing strategies.

With the importance of protein as the end product of animal farming systems, it is perhaps surprising that the use of the most advanced protein analytical technology, proteomics, has been relatively neglected in farm animal research (Eckersall and Whitfield, 2011; Eckersall et al., 2012).

These enabling bottom-up and top-down technologies, in addition to advanced analytical techniques and high-performance computer simulations, are driving the integration of nanotechnology in cell biology.

Recent developments in advanced analytical and metabolomics approaches, the availability of fluorescent metabolite sensor and in situ metabolite imaging technologies will provide some of the tools needed to obtain this information.