Sentence examples for morphological characterization in from inspiring English sources

Despite progress in its clinical, radiological and morphological characterization in recent years, AIPC still remains an elusive disease.

Each ENP underwent detailed physicochemical and morphological characterization in powder form including Brunauer Emmett Teller (dBET) to determine the specific surface area (SSA) and particle crystal diameter (dXRD) using X-ray diffraction (Table 1 ) (see Methods section for details).

General morphological characterization in the 1970s by Eyal-Giladi and Kochav provided us with a basic staging system, the EGK stages (Eyal-Giladi, 1991; Eyal-Giladi and Kochav, 1976; Kochav et al., 1980), and the ultrastructure of embryos from the later half of this developmental period was investigated in the 1990s with electron microscopy by Etches and colleagues (Watt et al., 1993).

We have also built a structural model based on the results of the above morphological characterizations in order to discuss the potential in vivo performance and functionality of each type of prosthesis.

Rather, they argue (Mitteroecker et al. 2005, p. 255), "…that a single morphological characterization, descriptions in terms of bigger/smaller or more/less of something, should generally not be subjected to heterochronic interpretation, nor should single ratios.

In particular, morphological characterization of cells in various tissues was obtained in terms of cellular/nuclear ratio and asymmetry, finding altered values in both adenomas and adenocarcinomas compared to healthy tissue.

In addition, the subcellular fractionation protocol developed to distinguish ISGs and MSGs allowed the biochemical and morphological characterization of ISGs, in comparison to MSGs, isolated from PC12 cells (Tooze et al. 1991).

These models are particularly useful in that they provide a local morphological characterization which is aggregated in a given unit of soil volume.

Additionally, X-ray diffraction analysis (XRD), scanning electron microscopy (SEM) and energy dispersive X-ray analysis (EDX) were carried out for chemical and morphological characterization of the phases in the coating.

The morphological characterization was carried on in order to evaluate the degree of dispersion of the nanoparticles in the nanofluid after the calorimeter cycle test was performed.

FTIR, Raman and XRD spectroscopy prove that two allotropic composites take the same behavior, but they differ in morphological characterization and conductivity measurements.