The phrase "analytical monitoring" is correct and usable in written English.
It can be used in contexts related to data analysis, performance tracking, or quality assurance processes.
Example: "The team implemented analytical monitoring to assess the effectiveness of their marketing strategies."
Alternatives: "data-driven oversight" or "performance analysis".
Employee training assessment is carried out by using questionnaires, analytical monitoring, a check list and the Likert scale.
Vaccine manufacturing requires constant analytical monitoring to ensure reliable quality and a consistent safety profile of the final product.
Bioaffinity modes of suggested dynamic methods are very promising for their use in different analytical processes (immunological, ecological, medical and other types of analytical monitoring), preparative isolation of blood proteins such as myoglobin, hemoglobin, immunoglobulins, etc. and also recombinant products directly from cell supernatants or lysates.
The development of the experimental design began with the framework traditionally used for testing field analytical monitoring technologies under the SITE MMT Program, but various unique aspects of the participating technologies and the expected applications for these technologies necessitated modification of several elements of the traditional design.
For analytical monitoring, the pH values were determined regularly with a 0.01 M CaCl2 solution.
(PDF 135 KB) 12302_2013_117_MOESM4_ESM.pdf Additional file 4: Table S5: Analytical monitoring of long term tests.
THERMO ELECTRON CORP., Waltham, Mass., a maker of analytical and monitoring instruments, will buy back as much as $200 million of its stock and that of its 23 publicly traded units, adding to the $68 million already authorized.
Despite the sophisticated arsenal of analytical tools, monitoring of monohydroxy metabolites via simple, cost effective and direct methods of analysis still remains a challenge.
A first step towards this objective is the development of a quantitative measure of the spatial footprint of humans on landscapes, which can then be used as an analytical and monitoring tool for global change, biodiversity and ecosystem studies.
The analytical markers monitoring the structure and properties of silk were statistically integrated using exploratory principal component analysis (PCA), to obtain correlations between the effect of the different artificial ageing environments and the properties of the historic silk samples.
Improving spatial-analytical and monitoring capacities should allow gradual implementation of modifications needed to improve PES cost-effectiveness.
