Sentence examples for a typical change of from inspiring English sources

Ten days after SCI, astrocytes surrounding the lesion epicenter underwent a typical change of hypertrophy, process extension and increased expression of intermediate filaments such as GFAP and nestin, characteristic of reactive astrocytes (Fig. 6A).

At day 8 of HMGA2 overexpression, the nuclei became condensed, which is a typical change of apoptotic nuclei [ 34].

Figure 3 shows a typical change in the shape of spectra upon oxidation of 4 with bromine in CHCl3.

iDCs generated in the presence of idv, apv, nlfv or regular medium displayed a comparable de novo expression CD83 and up-regulation of CD86, a typical change associated with the terminal differentiation process [15](fig. 2).

The % change in resistance, which is the sensor signal in the present case, is defined as: (a) Figure 5 Typical change of resistance with time on switching the gas from nitrogen to hydrogen for electrochemically grown Pd nanoparticle film with thickness of 150 nm.

It is reasonable to assume that the typical change of defect field is determined by a dimensional factor of given inhomogeneity.

The Buried Giant by Kazuo Ishiguro  (Faber & Faber) Published a decade after his last, this novel of Arthurian legend, monsters and magic myths, is another typical change of direction for Kazuo Ishiguro.

This manikin can also simulate difficult airway applying trismus setting, however, which has not been known as typical change of maternal airway.

In the current study, 17 of 17 patients with macroalbuminuria and type 2 diabetes undergoing a clinically indicated renal biopsy had typical changes of diabetes, suggesting that nondiabetic disease is relatively rare in these patients.

They always detected typical changes of the microvascular architecture that define a positive finding in the NBI mode.

To visualize the nuclear fragmentation of apoptotic cells, the typical changes of treated A549 cells were related with chromatin condensation, nuclear peripheral aggregation, and nuclear fragmentation using an inverted fluorescence microscope (Fig. 8).