Sentence examples for remarkable morphological changes from inspiring English sources

Remarkable morphological changes were observed under the fluorescence microscope when cells were treated with cisplatin-functionalized particles.

While cells treated with Cuc IIa showed remarkable morphological changes, STAT3 still showed a mixed nuclear and cytoplasmic distribution.

Thus, AO/PI staining of HT-29 showed that the cells had undergone remarkable morphological changes in apoptotic bodies.

After 36 h of exposure to the E. longifolia fraction, the host Vero cells showed no visible intracellular parasite and no remarkable morphological changes.

The liver histological examination of the normal group showed normal cell architecture, while the liver histological examination of the negative control group (challenged only with P. gingivalis) showed remarkable morphological changes (less cells and lipid vacuolization).

As shown in Figure 3, control cells (a) showed the normal cellular morphology, while the cells treated with different concentration of MRE for 24 h revealed remarkable morphological changes ((c), (e), (g), and (i)).

As shown in Fig. 1d, NC-6 had a similar morphology as that of NC-3, suggesting that the addition of more dicyandiamide (dicyandiamide/citric acid = 6 1) did not lead to any remarkable morphological change.

As shown in Figure 5A, there was no remarkable morphological change in control vector-transfected cells.

This is a remarkable morphological change that requires profound remodelling of the proteinaceous cytomatrix structure that acts as an organizer of postsynaptic signalling and is the core of the transynaptic process that ensures the tight junction-like association of the pre- and post-synaptic specialization.

Recently, lithium ion battery (LIB) electrodes based on a 2-D honeycomb architecture were shown to undergo remarkable and reversible morphological changes during the lithiation process.

The remarkable morphological and microstructural changes after dissolution suggest a capability of highly textured hydroxyapatite as a tissue engineering scaffold with an interconnecting porous network that may be beneficial for cellular activity.