Sentence examples for morphological changes thus from inspiring English sources

Finally, in vitro diffusional tests proved that the collagen scaffolds could stably retain the microcapsules over long incubation time in Tris HCl buffer at 37 °C without undergoing morphological changes, thus confirming their suitability for tissue engineering applications.

At room temperature, the ionic conductivity was more or less enhanced or reduced according to filler species, indicating that the ceramic particles give rise to morphological changes, thus modifying the crystallinity and PEO chain stiffness.

Treatment with the TGF- β signaling inhibitor A8301 as well as ZEB1 knockdown prevented the acquisition of mesenchymal marker expression and morphological changes, thus linking mesenchymal differentiation in GBM with enhanced tumor cell invasion through the TGF- β ZEB1 axis.

The morphological changes thus appear consistent with accelerated development (heterochrony) of commensal house sparrows, assuming that the more "juvenile-like" skull of P. d. bactrianus represents the ancestral state as suggested by a previous study [ 17].

We have now a preosteoblast, which undergoes morphological changes, thus lacking a spindle-shaped feature and becoming a large cuboidal osteoblast, with high levels of ALP activity and secreting the bone matrix proteins bone sialoprotein (BSP) II, osteopontin (OPN), fibronectin, and collagen I.

Morphological changes may thus be linked to expression of a differentiated phenotype for some inflammatory mediators.

Compared with the former TD-OCT technology, current SD-OCT or SS-OCT technologies which provide raster-scanning imaging, are more sensitive for detecting of subtle morphological changes and, thus, permit early treatment of exudative recurrence.

Thus, morphological changes in transgenic plants may result from a decrease in the endogenous levels of bioactive GAs.

Thus, morphological changes for adaptation in rice due to changes in Pi concentration may be controlled by local and systemic gene expression.

Thus morphological changes of a direction similar to those reported here in the mouse are likely to occur in the glands of humans expressing EDAR370A.

Thus, the morphological changes observed in dendritic spines may have been a result of the observed decreases in the expression of the NR1, PSD-95, p-CaMKII, and PAK families.