Sentence examples for the development of sample from inspiring English sources

Trends in the analysis of trace metals in natural waters are mainly based on the development of sample treatment methods to isolate and pre-concentrate the metal from the matrix in a simpler extract for further instrumental analysis.

While analysis of pharmaceutically important compounds in biological matrixes has driven forward the development of sample clean-up procedures in last 20 years, today's chemists face an additional challenge: sample preparation and analysis of complex biochemical samples for characterization of genotypic or phenotypic information contained in DNA and proteins.

This extensibility is showcased by the development of sample workflows that cover common metabolic simulations.

The process also led to the development of sample messages and provision of a rationale alongside the recommendations.

The development of sample weights based on this age variable is presented in table 2. The age group ≥75 constitutes over 18% of the over 50s in the Irish population, but only 8.5% of the sample reported herein.

With the development of sampling and cutting technology, the multi-scenario method [21] is used to solve the MTHS problem.

However, the development of sampling and analysis methods for pesticides will continue to be a challenge with the nearly continuous introduction of new active ingredients and formulations.

This triggered the development of sampling and observation methodology, the design of scientific research vessels for using various equipment and gear, and the development of new technologies for processing several types of samples.

Although the development of product samples was common among both conventional and DfE-oriented designers, for the DfE-oriented designers from small companies, the development of samples was directly related to their prevailing choice to use natural fibers, which are less consistent in hand and color quality.

The development of sampling and single-cell sorting methods for human skin, stool and oral swab samples, combined with the capacity of a high-throughput single-cell genomics platform [ 10, 11], has created new opportunities to capture the genomic diversity of complex microbial communities.

Campbell et al. presented the development of a sample size calculator for cluster randomized trials and described strategies for increasing the sample size [ 44].