Sentence examples for evolution of the analytical from inspiring English sources

To meet the need of improved diagnostic and prognostic tests, the progressive evolution of the analytical methods for ACPA detection, as measured by quantitative immunometric assays, have led to a very high level of diagnostic accuracy with a specificity of 95%to97%7% and a sensitivity of 67%to80%0% [ 2, 3].

Alongside the numerical study, analytical models based on Timoshenko beam theory were also developed and allowed obtaining accurate predictions of the mid-span deflection evolution of the GFRP beams; the analytical results were in close agreement with the numerical ones and also with the experimental data.

Over the past two decades, we have witnessed an extraordinary change in autoimmune diagnostics, characterized by the progressive evolution of analytical technologies, the availability of new tests, and the explosive growth of molecular biology and proteomics.

But it also reflects the evolution of analytical ideas about the precise nature of the job — an evolution that, to be fair, does involve some rather old-school thinking.

But it also reflects the evolution of analytical ideas about the precise nature of the job an evolution that, to be fair, does involve some rather old-school thinking.

The two procedures here presented are the evolution of analytical protocols previously reported in the literature [27, 35] Figure 1 A comparative scheme of the two analytical procedures.

Chapter 1 is an introduction to analytical chemistry, the evolution of the field, and the three-step analytical chemistry approach used throughout this dissertation.

During the past decade, we and others [12, 13, 14, 15, 16] have described the progressive evolution of analytical methods and technologies, signaling the extraordinary dynamic development of autoimmune diagnostics resulting from the availability of new tests, diffusion of improved immunoassay methods and instruments, and the explosive growth of molecular biology and proteomic medicine.

Given that food science and nutrition is replete with examples of compounds being identified in foods at very low concentrations thanks to the evolution of highly sensitive analytical methods, this line of thinking is intriguing.

The evolution of the spinodal wavelengths is studied by analytical transmission electron microscopy from samples originating from the rake face.

Apparent first-order biodegradation rate coefficients were estimated by comparing the spatial evolution of the resulting vapor plumes to an analytical reactive transport model.